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Department of Civil Engineering
   
   
  
 

Terry Moore

Associate Dean for Infrastructure & IS and Director of the Nottingham Geospatial Institute, Faculty of Engineering

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Biography

Professor Terry Moore is the Director of the Nottingham Geospatial Institute (NGI) at the University of Nottingham and as such has overall responsibility for all the activities of this world leading postgraduate research and teaching institute. He is also the Associate Dean for Infrastructure and IS within the Faculty of Engineering.

Professor Terry Moore was promoted to the UK's first Chair of Satellite Navigation in 2001 and has extensive research experience in a range of subjects including satellite navigation and positioning, geodesy and orbit determination. He has supervised numerous research projects funded by industry, research councils, the European Space Agency and the European Commission, and has supervised over 25 PhD students. He is involved in the activities of both national and international professional and scientific bodies.

He has taken a leading role in national and European initiatives aimed at integrating academic research and teaching activities in GNSS, and interacting closely with industry. He is the founding Director of GRACE, the GNSS Research and Applications Centre of Excellence, which is jointly funded by the University of Nottingham and East Midlands Development Agency.

The University has very close links with China and Malaysia, and in 2005 opened purpose built campuses in both these countries. The NGI has a strategic partnership with the Chinese Academy of Surveying and Mapping, and Professor Moore has been appointed as Special Professor of the CASM.

He is a Fellow and a member of Council of the Royal Institute of Navigation (RIN), and member of its Technical Committee. He is also a member of the Geospatial Engineering Panel of the Institution of Civil Engineers and the Chartered Institution of Civil Engineering Surveyors. He is a Member of the Editorial Advisory Council of GPS World. He is also a Fellow of the Chartered Institution of Civil Engineering Surveyors, and a Fellow of the Royal Astronomical Society. He is an Associate Fellow of the Remote Sensing and Photogrammetry Society, and a Member of the (US) Institute of Navigation.

Expertise Summary

Satellite navigation ('SatNav') is a rapidly growing global industry that has significant economic potential and will yield substantial commercial returns. The current SatNav systems, including the US GPS system and the Russian GLONASS system will soon be joined by the European system called Galileo and the Chinese Compass system. The collective term for these systems is Global Navigation Satellite Systems or GNSS.

Professor Moore's research interests and expertise are concerned with the development and applications of satellite navigation and positioning systems, such as GPS and Galileo. He has extensive research background in the navigation, engineering and environmental applications of these systems. These cover a variety of different domains such as air and marine navigation, road user charging, unoccupied aircraft, atmospheric monitoring, and indoor navigation. He is also actively involved in the developments of the underlying technology and algorithms. He has particular interest in the integration of satellite positioning sensors with other positioning to provide seamless and precise positioning for users of the systems. He is involved in the developments of the new European Galileo satellite system, both in terms of research and development programmes, but also through advice and consultancy services with industry and government agencies.

Research Summary

Satellite Navigation is one of the fastest growing leading-edge technologies and will have a significant impact on Future Intelligent Transport Systems. Current Global Navigation Satellite Systems… read more

Recent Publications

Current Research

Satellite Navigation is one of the fastest growing leading-edge technologies and will have a significant impact on Future Intelligent Transport Systems. Current Global Navigation Satellite Systems (GNSS), including the US GPS and the Russian GLONASS, will soon be joined by the European GALILEO system, costing an estimated a €3.4bn in total and to which the UK Government is one of the principal financial contributors. Independent studies have predicted the annual global market related to GNSS to grow to €300 billion by 2020 (EC report to the European Parliament). The road sector will be one of the largest markets for Galileo applications. By 2010 there are predicted to be more than 670 million cars, 33 million buses and trucks and 200 million light commercial vehicles worldwide. Satellite navigation receivers are now commonly installed on new cars and could equip 60% of the car fleet and 90% of trucks by 2020 (European Union Road Federation).

The GALILEO programme and GNSS form an integral part of the European Commission's Lisbon Agenda for Growth and Competitiveness. The aim of this agenda is to make Europe 'the most competitive knowledge based economy in the world, capable of sustaining economic growth with more and better jobs and greater social cohesion'.

Over the next few years the current satellite navigation systems are scheduled to evolve into new modernised forms. Modernised GPS and Glonass will bring new signals to complement those that we have been using from GPS for the last 25 years. During the same period we will see the early deployment of the Galileo In-Orbit-Validation satellites closely followed by the full operational constellation. We will have available a new and broad portfolio of signals from which to choose. The IESSG will continue to conduct fundamental and innovative research into the use of these new signals on their own and in new combinations. It is expected that the new signals will revolutionise the use of GNSS over the next decade, both in terms of accessibility, integrity and accuracy, but the basic research must first be conducted to provide the key enabling technology.

In recent years it has been well demonstrated that GNSS is not the dreamt of panacea to all our positioning requirements and in some circumstances, such as in the urban environment or under heavy tree cover, it is not the most appropriate choice of positioning technology. There has been a growth of interest in terrestrial based radio-positioning systems from existing services such as Loran-C and Datatrak, and from new signals of opportunity such as cell phones, Bluetooth and WiFi. Early work is already being conducted on dedicated systems based on Ultra-Wide-Band (UWB) systems and GNSS pseudo-lites. Together these systems have the potential to allow continuous location capability across all environments. But, from a legislative, safety and users viewpoint, they are not at all concerned with the source of the positioning information, nor indeed the accuracy; they are more concerned with the continuity and reliability of the positioning capability. Therefore there will be a persistent need to further develop the seamless integration of the GNSS and other positioning technologies in such as way that users are unaware of their migration from one system to another. This fully ubiquitous positioning will truly change the way we view location and it is possible to imagine a situation in a few years time when we will have location treated in the same casual way in which we treat the knowledge

Past Research

In the past Professor Moore has lead research in to the applications of GPS in precise navigation and positioning, A prime example is the development of the use of GPS receivers on marine and river buoys to measure the precise heights of sea level and river levels. This marine buoy was developed in collaboration with the Proudman Oceanographic Laboratory and was used to study changes in sea level due to tides and waves. The river buoy was developed under a project funded by the BNSC, under its Space Foresight Programme, the aim is to measure the heights of rivers and so contribute to knowledge of river hydrology and hydraulics, and potentially assist in flood warning. The buoys used a close integration of GPS with different sensors. Integration is is a common theme through other research activities of Prof Moore, such as GPS attitude determination, in-car navigation and GPS assisted marine gravity determination. Another area of expertise is the determination of precise orbits of satellites, or indeed the precise trajectory of an aircraft, and have led the development of a package to allow the fully autonomous determination of the precise orbits of Earth observation satellites, using GPS measurements as the only tracking system. The use of kinematic carrier phase GPS measurements also allows the real time computation of the precise trajectory of helicopter of aircraft borne GPS receivers. Prof Moore has considerable expertise in geodetic coordinate reference systems and the transformations between them. He was one of the principal authors of the DATUM software package developed for EUROCONTROL. He jointly led the recent project to develop new transformations for Ireland between their existing mapping coordinate system, and WGS 84, the coordinate system of GPS

Future Research

Future resesearch plans are closely integrated into the research strategy of the IESSG . Although clearly developed from the IESSG's existing expertise most of these involve new, potentially risky areas of research, which will often require collaboration with other disciplines.

New Signals

Over the next few years the current satellite navigation systems are scheduled to evolve into new modernised forms. Modernised GPS and Glonass will bring new signals to complement those that we have been using from GPS for the last 25 years. During the same period we will see the early deployment of the Galileo In-Orbit-Validation satellites closely followed by the full operational constellation. We will have available a new and broad portfolio of signals from which to choose. Fundamental and innovative research will be conducted into the use of these new signals individually and in new combinations. It is expected that the new signals will revolutionise the use of GNSS over the next decade, both in terms of accessibility, integrity and accuracy, but the basic research must first be conducted to provide the key enabling technology.

Ubiquitous Positioning

Over recent years it has been well demonstrated that GNSS is not the dreamt of panacea to all our positioning requirements and in some circumstances, such as indoors, it is not the most appropriate choice of technology. There has been a growth of interest in terrestrial based radio-positioning systems, often based on signals of opportunity such as cell phones, Bluetooth and WiFi. Early work is already being conducted in the IESSG on dedicated systems based on Ultra-Wide-Band (UWB) systems and GNSS pseudo-lites. Together these systems have the potential to allow continuous location capability across all environments. However, a user is not at all concerned with the source of the positioning information merely its continuous availability. Therefore there will be a persistent need to further develop the seamless integration of the GNSS and other positioning technologies in such a way that the user is unaware of their migration from one system to another. This fully ubiquitous positioning will truly change the way we view location and it is possible to imagine a situation in a few years time when we will have location treated in the same casual way in which we treat knowledge of time today. We will have locations for everyone and everything, everywhere and all the time - as long as we get the core technology right.

Autonomous Vehicles

One significant application domain which will be critically reliant of the provision of reliable and ubiquitous positioning will be the increasing civil use of autonomous vehicles. The continued expansion of the IESSG's research and commercialization activities in the field of autonomous systems is an underpinning enabler to a wide range of activities. And from autonomous vehicles themselves we can predict growth in interest in increased automation of conventional vehicles which will enhance the safety and efficiency of transportation.

Integrated Sensors

The integration of position and attitude sensors continues to be a strategic priority for research that underpins a wide variety of applications and markets. As well as the technical challenges of identifying and integrating appropriate sensors and extracting information, the importance of fundamental research in the areas of sensor and system calibration and the integration of data through direct sensor orientation is increasingly recognized within the international community. Although the technological aspects of incorporating a position fixing capability into low cost mass market devices is making rapid progress, the understanding of how people within different urban or rural contexts respond to, or relate, positional cues to their wider environment is only poorly understood. The challenge is to find a means to communicate complex spatial information from small mobile devices to the mass consumer in the absence of good models of how the consumer perceives their spatial environment.

  • ABDULRAHIM, K, HIDE, C, MOORE, T and HILL, C, 2012. Using Constraints For Shoe Mounted Indoor Pedestrian Navigation Journal Of Navigation. 65(1), 15-28
  • PALMER, D, MOORE, T, HILL, C, ANDREOTTI, M and PARK, D, 2011. Radio Positioning Using The Digital Audio Broadcasting (DAB) Signal Journal Of Navigation. 64(1), 45-59
  • ABDULRAHIM, K, HIDE, C, MOORE, T and HILL, C, 2011. Aiding Low Cost Inertial Navigation With Building Heading For Pedestrian Navigation Journal Of Navigation. 64(2), 219-233
  • YANG, L, ELMAS, Z, HILL, C, AQUINO, M and MOORE, T, 2011. An Innovative Approach For Atmospheric Error Mitigation Using New GNSS Signals Journal Of Navigation. 64, S211-S232
  • ABDULRAHIM, K, HIDE, C D, MOORE, T and HILL, C J, 2011. Integrating Low Cost IMU with Building Heading In Indoor Pedestrian Navigation Journal of Global Positioning Systems. 10(1), 30-38
  • HIDE, C D, MOORE, T and BOTTERILL, T, 2011. Low Cost Vision-Aided IMU for Pedestrian Navigation Journal of Global Positioning Systems. 10(1), 3-10
  • ABDULRAHIM, K, HIDE, C D, MOORE, T and HILL, C J, 2011. Aiding Indoor Pedestrian Navigation with Building Heading Questex Media / GPS World. Available at: <http://www.gpsworld.com/tech-talk-blog/aiding-indoor-pedestrian-navigation-with-building-heading-11384-0>
  • HIDE, C D, MOORE, T, ANDREOTTI, M and BOTTERILL, T, 2011. Integrating Computer Vision and Inertial Navigation for Pedestrian Navigation Questex Media / GPS World. Available at: <http://www.gpsworld.com/tech-talk-blog/integrating-computer-vision-and-inertial-navigation-pedestrian-navigation-11383-0>
  • YANG, L, ELMAS, Z, HILL, C J, AQUINO, M H O and MOORE, T, 2011. Innovative Atmospheric Effect Mitigation using New GNSS Signals In: Proceedings of 2nd Chinese Satellite Navigation Conference (CSNC), Shanghai, China. 14 pages
  • PINCHIN, J, HIDE, C D, ABDULRAHIM, K, MOORE, T and HILL, C J, 2011. Integration of Heading-Aided MEMS IMU with GPS for Pedestrian Navigation In: ION GNSS 2011, 24th International Technical Meeting of the Satellite Division of the Institute of Navigation, Portland, Oregon, USA. 1346-1356
  • PINCHIN, J, HIDE, C D, ABDULRAHIM, K, MOORE, T and HILL, C J, 2011. Integration of Heading-Aided MEMS IMU with GPS for Pedestrian Navigation In: ION GNSS 2011, 24th International Technical Meeting of the Satellite Division of the Institute of Navigation, Portland, Oregon, USA. 1346-1356
  • HIDE, C D, MOORE, T and BOTTERILL, T, 2011. Low Cost IMU, GPS and Camera Integration for Handheld Indoor Positioning In: ION GNSS 2011, The 24th International Technical Meeting of the Satellite Division of the Institute of Navigation, Portland, Oregon, USA. 1378-1385
  • FENG, S, MILNER, C, JOKINEN A, OCHIENG, W Y, HIDE, C D, MOORE, T, HILL, C J, ZIEBART, M, BAHRAMI, M, GROVES, P and JIANG, Z, 2011. A Novel Positioning and Integrity Monitoring Algorithm for a Multiple Constellation Receiver In: Proceedings of ION GNSS 2011, The 24th International Technical Meeting of the Satellite Division of the Institute of Navigation, Portland, Oregon, USA. 2681-2688
  • MILNER, C, FENG, S, JOKINEN A, OCHIENG, W Y, HIDE, C D, HILL, C J and MOORE, T, 2011. A Holistic Approach to Carrier-Phase Receiver Autonomous Integrity Monitoring (CRAIM) In: ION GNSS 2011, The 24th International Technical Meeting of the Satellite Division of the Institute of Navigation, Portland, Oregon, USA. 2689-2695
  • STEPHENSON, S, MENG, X, MOORE, T, BAXENDALE, A and EDWARDS, T, 2011. Precision of Network Real Time Kinematic Positioning for Intelligent Transport Systems In: ENC 2011, The European Navigation Conference, London, UK. 10 pages
  • JOKINEN A, FENG, S, MILNER, C, SCHUSTER, W, OCHIENG, W Y, HIDE, C D and MOORE, T, 2011. Precise Point Positioning and Integrity Monitoring with GPS and GLONASS In: Proceedings of ENC 2011, The European Navigation Conference, London, UK,. 12 pages
  • STEPHENSON, S, MENG, X, MOORE, T, BAXENDALE, A and EDWARDS, T, 2011. Accuracy Requirements and Benchmarking Position Solutions for Intelligent Transportation In: LBS 2011, the 8th International Symposium on Location-Based Services, Vienna, Austria. 76 – 91
  • APONTE, J, MENG, X, HILL, C J and MOORE, T, 2010. Recent Progress in the Performance Assessment of Network RTK GPS Positioning Journal of Geospatial Engineering. 11(1-2), 53-66
  • MOORE, T, 2010. Calling Europe's Galileo Masters Navigation News. 15-16
  • ABDULRAHIM, K, HIDE, C D, MOORE, T and HILL, C J, 2010. Investigating the Effect of Rotating a MEMS IMU for Pedestrian Navigation In: Proceedings of ENC GNSS 2010, Braunschweig, Germany. 10 pages
  • ABDULRAHIM, K, HIDE, C D, MOORE, T and HILL, C J, 2010. Pedestrian Navigation with Heading Drift Correction In: NAV10: Position, Location, Timing: Everyone, Everything, Everywhere. 12 pages
  • SILVA, P F, SILVA, J S, PERES, T, DIEZ, J, PALOMO, J, COLOMINA, I, PARES, E, MOORE, T, HILL, C J, MOREIRA, J, BARBIN, S E, MONICO, J F G, CAMARGO, P O, GRANEMANN, E Z, FREITAS, E, GUSTAVO, STREIFF and AGUILERA, C, 2010. ENCORE: Enhanced code Galileo receiver for land management applications in Brazil In: Proceedings of 5th ESA Workshop on Satellite Navigation Technologies and European Workshop on GNSS Signals and Signal Processing (NAVITEC), Noordwijk, Netherlands. 1 - 8
  • YANG, L, HILL, C J and MOORE, T, 2010. Implementation of Wide-Area Broadcast NRTK on a Communication Satellite Platform In: ION GNSS 2010, the 23rd International Technical Meeting of the Institute of Navigation, Portland, Oregon, USA. 2522 – 2533
  • YANG, L, HILL, C J and MOORE, T, 2010. Parameter Based Wide-Area Broadcast NRTK In: Proceedings of ENC GNSS 2010, Braunschweig, Germany. 10 pages
  • FENG, SJ, OCHIENG, W, MOORE, T, HILL, C and HIDE, C, 2009. Carrier Phase-Based Integrity Monitoring For High-Accuracy Positioning GPS Solutions. 13(1), 13-22
  • APONTE, J, MENG, X, DODSON, A H, MOORE, T, HILL, C J and BURBRIDGE, M, 2009. Quality Assessment of a Network-Based RTK GPS Service in the UK Journal of Applied Geodesy. 3(1), 25–34
  • CHEN, R, HILL, C J, MOORE, T, CHENG, P, YANG, L, CHEN, Y, HYTTENIN, A and CAI, Y, 2009. Multi-constellation Augmentation Based on EGNOS and Galileo Simulation Journal of Geospatial Engineering. 10(1-2), 41 – 54
  • APONTE, J, MENG, X, MOORE, T, HILL, C J and BURBRIDGE, M, 2009. Assessing Network RTK Wireless Delivery GPS World. 20(2), 14-18, 27
  • MOORE, T, 2009. Galileo Open Service: Does One Size Fit All? Pinpoint: The Newsletter of the Location and Timing KTN. Spring, 12
  • MOORE, T, 2009. Datums and Map Projections: for Remote Sensing, GIS and Surveying The Photogrammetric Record. 24(128), 390–391
  • APONTE, J, MENG, X, MOORE, T, HILL, C J and BURBRIDGE, M, 2009. Assessing the Wireless Transmission of Network-Based RTK GPS Corrections In: ENC GNSS 2009, Naples, Italy. 7 pages
  • CROSS, P, ZIEBART, M, LAU, L, OCHIENG, W Y, FENG, S, MOORE, T, HILL, C J, YANG, L, HANCOCK, C M, KALE, I and KAZAZOGLU, R, 2009. Extending the Applications and Improving the Efficiency of Positioning Through the Exploitation of New GNSS Signals In: ENC GNSS 2009, Naples, Italy. 12 pages
  • MENG, X, HILL, C J, MOORE, T, YANG, L, APONTE, J and TANG, W, 2009. GNSS for ITSS: Recent Efforts at the University of Nottingham In: ENC GNSS 2009, Naples, Italy. 6 pages
  • PALMER, D, MOORE, T, HILL, C J, ANDREOTTI, M and PARK, D W G, 2009. Non-GNSS Radio Positioning using the Digital Audio Broadcasting (DAB) Signal In: ION GNSS 2009, The 22nd International Technical Meeting of the Institute of Navigation, Savannah, Georgia, USA. 864 – 872
  • YANG, L, HILL, C J and MOORE, T, 2009. The Communication Satellite Based Network RTK Solution for Road Transportation In: ENC GNSS 2009, Naples, Italy. 9 pages
  • YANG, L, HILL, C J and MOORE, T, 2009. A Simplex Network RTK Implementation via Communication Satellite In: 13th IAIN World Congress and Exhibition, Stockholm,. 8 pages
  • BLAKE, S, HILL, C, MOORE, T, HIDE, C and PARK, D, 2008. A Heave Compensation Algorithm Based On Low Cost GPS Receivers Journal Of Navigation. 61(2), 291-305
  • MOORE, T, HILL, C, NORRIS, A, HIDE, C, PARK, D and WARD, N, 2008. The Potential Impact Of Gnss/Ins Integration On Maritime Navigation Journal Of Navigation. 61(2), 221-237
  • SAAJ, CM, UNDERWOOD, CI, NOAKES, C, PARK, DWG and MOORE, T, 2008. The Science And Technology Behind Galileo - Europe's Gps Journal of the British Interplanetary Society: JBIS. 61(3), 91-97
  • OCHINEG W Y, FENG, S, MOORE, T, HILL, C J and HIDE, C D, 2008. User Level Integrity Monitoring and Quality Control for High Accuracy Positioning using GPS/INS Measurements Journal of Global Positioning Systems. 7(2), 104-114
  • PALMER, D, MOORE, T and HILL, C J, 2008. Positioning using Signals of Opportunity: The Digital Audio Broadcast Signal In: ENC GNSS 2008, The European Navigation Conference. Toulouse, France. 5 pages
  • APONTE, J, MENG, X, DODSON, A H, MOORE, T, HILL, C J and BURBRIDGE, M, 2008. Performance Assessment of a GPS Network RTK Service In: ENC GNSS 2008, The European Navigation Conference. Toulouse, France. 12 pages
  • APONTE, J, MENG, X, MOORE, T, HILL, C J and BURBRIDGE, M, 2008. Evaluating the Performance of NRTK GPS Positioning on Land Navigation Applications In: NAV 08/ILA 37, London. 9 pages
  • APONTE, J, MENG, X, MOORE, T, HILL, C J and BURBRIDGE, M, 2008. Investigating the Impact of the Commercial GSM/GPRS Communications on the Availability of the Network RTK GNSS Service In: ION GNSS 2008, the 21st International Technical Meeting of the Institute of Navigation, Savannah, Georgia, USA. 406-411
  • MENG, X, YANG, L, APONTE, J, HILL, C J, MOORE, T and DODSON, A H, 2008. Development of Satellite Based Positioning and Navigation Facilities for Precise ITS Applications In: ITSC 2008, 11th International IEEE Conference on Intelligent Transportation Systems. 962 - 967
  • BLAKE, S, HIDE, C.D, HILL, C.J, MOORE, T and PARK, D.W.G, 2007. A Heave Compensation Algorithm based on Low Cost GPS Receivers In: ENC GNSS 2007, European Navigation Conference. 1061-1072
  • MOORE, T, HILL, C.J, NORRIS, A, HIDE, C.D, PARK, D.W.G and WARD, N., 2007. The Potential Impact of GNSS/INS Integration on Maritime Navigation In: ENC GNSS 2007, European Navigation Conference. 1079-1090
  • HIDE, C.H, MOORE, T and HILL, C J, 2007. A Multi-Sensor Navigation Filter for High Accuracy Positioning in all Environments Journal of Navigation. 60(3), 409 - 425
  • FENG, S., OCHIENG, W., HIDE, C.D., MOORE, T. and HILL, C.J., 2007. Carrier Phase Based Integrity Monitoring Algorithms for Integrated GPS/INS Systems In: ENC GNSS 2007, The European Navigation Conference. 822-830
  • MOORE. T., 2007. SPACE: Positioning's Final Frontier? Navigation News. 16-17
  • MENG, X, DODSON, A.H, MOORE, T and ROBERTS, G.W., 2007. Ubiquitous Positioning: Anyone, Anything: Anytime, Anywhere GPS World. 18(6), 60-65
  • MENG, X., DODSON, A., MOORE, T., HILL, C.J. and ROBERTS, G., 2006. Development of the Nottingham Network RTK GPS Testbed In: European Navigation Conference, ENC 2006, 8-10 May 2006. 5 pages
  • HIDE, C.H., MOORE, T., HILL, C.J., NOAKES, C. and PARK, D.W.G., 2006. Integrated GPS, Loran-C and INS for Land Navigation Applications In: ION GNSS 2006. 59-67
  • HIDE, C.D., MOORE, T., HILL, C.J. and PARK, D.W.G, 2006. Low Cost, High Accuracy Positioning in Urban Environments Journal of Navigation. 59(3), 365-380
  • ANDREOTTI, M, AQUINO, M, WOOLFSON, M, WALKER, J and MOORE, T., 2006. Signal Propagation Analysis and Signature Extraction for GNSS Indoor Positioning In: PLANS 2006. 913-919
  • MOORE, T., 2006. Galileo Programme Status In: Proc CGSIC / ISC European Meeting. 22 pages
  • MOORE, T., 2006. Development of a Multi-Sensor Navigation Filter for High Accuracy Positioning in all Environments In: ALLSAT OPEN. 30 pages
  • AQUINO, M.H.O., DODSON, A,H., SOUTER, J. and MOORE, T., 2006. Ionospheric Scintillation Effects on GPS Carrier Phase Positioning Accuracy at Auroral and Sub-auroral Latitudes.. In: TREGONING, P. and RIZOS, C., eds., Dynamic Planet: Monitoring & Understanding a Dynamic Planet with Geodetic & Oceanogaphic Tools IAG Symposia 130. Springer. 859-866
  • MONTEIRO, L.S., MOORE, T. and HILL, C., 2005. What is the accuracy of DGPS? Journal of Navigation. 58(2), 207-225
  • AQUINO, M., MOORE, T., DODSON, A., WAUGH, S., SOUTER, J. and RODRIGUES, F.S., 2005. Implications of ionospheric scintillation for GNSS users in Northern Europe Journal of Navigation. 58(2), 241-256
  • HIDE, C.D., BLAKE, S., MENG, X., ROBERTS, G., MOORE, T. and PARK, D., 2005. An Investigation in the use of GPS and INS Sensors for Structural Health Monitoring In: 18th Technical Meeting of the Satellite Division of the Institute of Navigation. 2029-2038
  • HIDE, C.D., MOORE, T., HILL, C.J. and PARK, D.W., 2005. Low Cost, High Accuracy Positioning in Urban Environments In: Proc The National Navigation Conference and Exhibition NAV 05. 15 Pages
  • MOORE, T., HILL, C.J., HIDE, C.D., WALSH, D.M., COOPER, J., IOANNIDES, R., OCHIENG, W.Y., FENG, S., CROSS, P.A. and LAU, L., 2005. Seamless Positioning in All Conditions and Environments: SPACE In: Proc The National Navigation Conference and Exhibition NAV 05.
  • MOORE, T., HILL, C.J., HIDE, C.D., CROSS, P.A., LAU, L., WALSH, D.M., COOPER, J., IOANNIDES, R., OCHIENG, W.Y. and FENG, S., 2005. Development of a Test Bed Facility for High Accuracy Positioning in Difficult Environments In: The 18th Technical Meeting of the Satellite Division of the Institute of Navigation. 2066-2075
  • MOORE, T., HILL, C.J., HIDE, C.D., WALSH, D.M., COOPER, J., IOANNIDES, R., OCHIENG, W.Y., FENG, S., CROSS, P.A. and LAU, L., 2005. Seamless Positioning in All Conditions and Environments: SPACE In: Proc The European Navigation Conference GNSS 2005. 12 pages
  • HIDE, C.D. and MOORE, T., 2005. GPS and Low Cost INS Integration for Positioning in the Urban Environment In: The 18th Technical Meeting of the Satellite Division of the Institute of Navigation. 1007-1015
  • PARK, D.W. and MOORE, T., 2005. Anywhere, Anytime: SPACE Aims for Seamless Positioning in all Conditions and Environments. Geomatics World. 13(3), 22-24
  • MONTEIRO, L.N., MOORE, T. and HILL, C.J., 2005. Analysis of GPS and DGPS Performance at Sea In: Proc The European Navigation Conference GNSS 2005. 10 pages
  • FARAH, A., MOORE, T. and HILL, C.J., 2005. High Spatial Variation Tropospheric Model for GPS-Data Simulations Journal of Navigation. 58(3), 459-470
  • PARK, D.W. and MOORE, T., 2005. An Introduction to the PINPOINT Faraday Partnership Geomatics World. 13(3), 20-21
  • MOORE, T., 2005. Introduction to Satellite Navigation In: Proc The National Navigation Conference and Exhibition NAV 05 - Tutorials. 37 pages
  • MOORE, T., 2005. Bringing it all Together In: Proc The National Navigation Conference and Exhibition NAV 05 - Tutorials. 21 pages
  • MOORE, T., 2005. Centre for Satellite Navigation: A National Focus for Internationally Leading Research and Cooperation with Industry In: Proc 45th Meeting of the Civil GPS Service Interface Committee. 13 pages
  • MOORE, T., 2005. Current and Future Status of GLONASS In: Proc The National Navigation Conference and Exhibition NAV 05. 22-1 É 22-9
  • HIDE, C., MOORE, T. and SMITH, M., 2004. Performance of GPS and low-cost INS integration in marine surveying International Hydrographic Review. 5(2), 64-76
  • RODRIGUES, F.S., AQUINO, M.H.O., DODSON, A., MOORE, T. and WAUGH, S., 2004. Statistical analysis of GPS ionospheric scintillation and short-time TEC variations over Northern Europe Navigation: Journal of the Institute of Navigation. 51(1), 59-75
  • HIDE, C., MOORE, T. and SMITH, M.J., 2004. Adaptive Kalman filtering algorithms for integrating GPS and low cost INS In: Proceedings of the IEEE Position Location and Navigation Symposium, (PLANS). 227-233
  • VRHOVSKI, D., MOORE, T. and BENNETT, L., 2004. GNSS-based road user charging Journal of Navigation. 57(1), 1-13
  • RODRIGUES, F.S., AQUINO, M.H.O., DODSON, A., MOORE, T. and WAUGH, S., 2004. Statistical analysis of GPS ionospheric scintillation and short-time TEC variations over Northern Europe Navigation: Journal of the Institute of Navigation. 51(1), 59-75
  • MENG, X., DODSON, A.H., ROBERTS, G.W., ANDREOTTI, M., MOORE, T., COSSER, E. and CAPRA, M., 2004. An Internet Based Prototype Remote Bridge Health Monitoring System (RBHMS) In: The European Navigation Conference GNSS 2004, 16-19 May, 2004.
  • COSSER, E., HILL, C.J., ROBERTS, G.W., MENG, X., MOORE, T. and DODSON, A.H., 2004. Bridge Monitoring with Garmin Handheld Receivers In: First FIG International Symposium on Engineering Surveys for Construction Works and Structural Engineering, 28 June-1 July, 2004.
  • CLOSE, G., SAULL, R., MOORE, T., HILL, C., NOAKES, C.J., HIDE, C.D. and MOORE, R.V., 2004. FURLONG: A Study Showing the Importance of cCmmunication to Future Real-Time Location and Navigation. In: 2nd Advanced Satellite Mobile Systems Conference..
  • MOORE, T., HILL, C.J., NOAKES, C.J., HIDE, C.D., SAUL, R., CLOSE, G. and MOORE, R.V., 2004. FURLONG:How to Test Future Location Based Services, In: Proc ION GNSS 2004, The 17th Technical Meeting of the Satellite Division of the Institute of Navigation.. 2427 - 2435
  • MOORE, T., HILL, C.J., NOAKES, C., HIDE, C.D., SAUL, R., CLOSE, G. and MOORE, R.V., 2004. Simulation of Future LBS. In: Proc The European Navigation Conference ENC GNSS 2004. 8 pages
  • HIDE, C.D., MOORE, T. and SMITH, M.J., 2004. Multiple model Kalman filtering for GPS and low-cost INS integration In: The 17th Technical Meeting of the Satellite Division of the Institute of Navigation.. 1096-1103
  • PALMEROS-TORRES, I., SMITH, M.J., MOORE, T. and BINGLEY, R.M., 2004. Low Cost Surveying using GPS and Ground-based Digital Photogrammetry In: Proceedings of the European Navigation Conference ENC GNSS 2004. 6
  • MONTEIRO, L.S., MOORE, T. and HILL, C.J., 2004. What is the Accuracy of DGPS? In: Proc The European Navigation Conference, ENC GNSS 2004.
  • HIDE, C.D. and MOORE, T., 2004. Low Cost Sensors High Quality Integration In: Proceedings of NAV04, Location and Timing Applications.. 40.1-4.10
  • FARAH, A., MOORE, T. and HILL, C.J., 2004. LEO Orbit Determination by GNSS In: European Navigation Conference, ENC GNSS 2004. 8 pages
  • MOORE, T. and BONNOR, N., 2004. A Higher Education. Navigation News. 13
  • MOORE, T., BENNETT, L.D. and VRHOVSKI, D., 2004. Simulation GPS in Urban Traffic Environments. GPS World. 15(3), 20-29
  • MOORE, T., 2004. Directions 2005. GPS World. 15(12), 36
  • MOORE, T., 2004. GLONASS -Global ́naya Navigatsionnaya Sputnikovaya Sistema. In: Proc NAV04 Location and Timing Applications.. pp 22-1 - 22-9
  • MOORE, T., 2004. Introduction to Satellite Navigation. In: Proc NAV04 Location and Timing Applications - Tutorials.. 37 pages
  • MOORE, T., 2004. Bringing it all Together. In: Proc NAV04 Location and Timing Applications - Tutorials.. 21 pages
  • HIDE, C., MOORE, T. and SMITH, M., 2003. Adaptive Kalman filtering for low-cost INS/GPS Journal of Navigation. 56(1), 143-152
  • SMITH, M.J., MOORE, T., HILL, C.J., NOAKES, C.J. and HIDE, C.D., 2003. Simulation of GNSS/IMU measurements In: ISPRS International Workshop, Platform and Sensor Integration. WG 1/5, Theory, Technology and Realities of Inertial/GPS Sensor Orientation.. 9 pages
  • AQUINO, M., RODRIGUES, F., DODSON, A.H., MOORE, T. and WAUGH, S.J., 2003. Results of Statistical Analysis of GPS Ionospheric Scintillation Data in Northern Europe In: Proceedings of ESA Workshop -Atmospheric Remote Sensing Using Satellite Navigation Systems..
  • MOORE, T., HILL, C.J., NOAKES, C., HIDE, C.D., CLOSE, G., SAUL, R. and MOORE, R.V., 2003. FURLONG: A Study of Future Location and Navigation. In: Proc IEE/BNSC Conference on the British National Space Centre, IEE Satellite and Systems Applications Professional Network.. 15 pages
  • MOORE, T., HILL, C.J., NOAKES, C., HIDE, C.D., SAULL, R., CLOSE, G. and MOORE, R.V., 2003. FURLONG: A Study of Future Real-time Location and Navigation. In: Proc of ION GPS/GNSS 2003. 1597-1602
  • MOORE, T., HILL, C.J., NOAKES, C., VENEBOER, T.J., CLOSE, G. and MOORE, R.V., 2003. Future Real Time Location and Navigation: FURLONG In: Proc of The European Navigation Conference, GNSS 2003. 9 pages
  • BASKER, S., SAGE, A., NORRIS, P., MARTIN, S., LAVERTY, J., DAVIS, J., BATCHELOR, A., STANSFIELD, E., MOORE, T. and HILL, C.J., 2003. A Novel Low-Cost Galileo Demonstrator In: Proc ION GPS / GNSS 2003. 2436-2444
  • VRHOVSKI, D., MOORE, T. and BENNETT, L.D., 2003. Urban Road User Charging Facilitated by GPS Positioning, In: Proc ITS 2003, The 10th World Congress on ITS.
  • MOORE, T., HILL, C.J. and MONTEIRO, L.N., 2003. The Benefits of DGPS for Marine Navigators. In: Proc of the 11th World Congress of the International Association of Institutes of Navigation, IAIN 2003. 20 pages
  • MOORE, T., HILL, C.J. and MONTEIRO, L.N., 2003. Discussion on Positioning Inputs to AIS: Comparative Study Between the Accuracy of Stand Alone GPS Maritime DGPS and ESTB. In: Proc of the Conference and Exhibition of the Royal Institute of Navigation. 7-1 - 7-12
  • FARAH, A., MOORE, T. and HILL, C.J., 2003. High Spatial Variation Tropospheric Model for GPS Data Simulation In: Proc ION GPS/GNSS 2003. 347-354
  • MONTEIRO, L.N., MOORE, T. and HILL, C.J., 2003. The Benefits of DGPS for Marine Navigators In: Proc GNSS 2003, The European Navigation Conference. 14 pages
  • MOORE, T., HILL, C.J. and MONTEIRO, L.N., 2003. Comparative Study Between the Accuracy of Stand-alone GPS Maritime DGPS and ESTB. In: Proc of ION GPS/GNSS 2003. 2487-2496
  • VRHOVSKI, D., MOORE, T. and BENNETT, L.D., 2003. Simulation Modelling of GNSS in the Urban Environment for Road User Charging, In: Proc GNSS 2003, The European Navigation Conference.. 12 pages
  • MOORE, T., 2003. Review of GPS for Land Surveyors by J Van Sickle Photogrammetric Record. 18(102), 178-179
  • MOORE, T., 2003. Operational Considerations. In: Guidelines for the Use of GPS in Surveying and Mapping 1st. RICS Books, Coventry, UK.
  • MOORE, T., 2003. Directions 2004 GPS World Showcase. 14(12), 32-33
  • RODRIGUES, F, AQUINO, M, DODSON, A.H, MOORE, T and WAUGH, S., 2003. Statistical Analysis of GPS Ionospheric Scintillation and Short-term TEC Variations over Northern Europe In: ION GPS/GNSS 2003. 298-313
  • MOORE, T. and MONTEIRO, L.N., 2003. Potuguese DGPS Network: Design and Validation Hydro International. 7(8), 26 - 29
  • MOORE, T., MONTEIRO, L.S. and HILL, C., 2002. Maritime DGPS: ensuring the best availability and continuity Journal of Navigation. 55(3), 485-494
  • MOORE, T., AQUINO, M.H., WAUGH, S., DODSON, A.H. and HILL, C.J., 2002. Evaluation of the EGNOS Ionospheric Correction Model under Scintillation in Northern Europe. In: Proceedings of the 15th Technical Meeting of the Satellite Division of the Institute of Navigation. 1297-1306
  • AQUINO, M., WAUGH, S., MOORE, T. and DODSON, A.H., 2002. Testing the Performance of the WBMOD Scintillation Prediction Model against GPS Scintillation Data from the November 2001 Storm,- In: Ionospheric Effects Symposium 2002,.
  • MOORE, T., AQUINO, M.H., DODSON, A.H. and WAUGH, S., 2002. Impact of Ionospheric Scintillation on EGNOS and DGPS Users in Northern Europe, In: Proceedings of the European Navigation Conference. ENC GNSS 2002.. 10 pages
  • BAKER, D.F., DODSON, A.H. and MOORE, T., 2002. Olympic Class GNSS: Mapping Skeleton Sled Tracks. Galileo's World. 4(1), 10-20
  • HIDE, C., MOORE, T. and SMITH, M.J., 2002. Adaptive Kalman Filtering for Low Cost INS/GPS. In: Proc of the The 15th Technical Meeting of the Satellite Division of the Institute of Navigation. 1143-1147
  • VRHOVSKI, D., MOORE, T. and BENNETT, L.D., 2002. GPS Vulnerability in Urban Positioning for GNSS Vulnerability In: Proc NAV 02, International Conference of the Royal Institute of Navigation,. 8 pages.
  • MOORE, T., HILL, C.J. and MONTEIRO, L.N., 2002. Optimising Availability and Continuity of the Portuguese DGPS Network, In: Proc of the 15th Technical Meeting of the Satellite Division of the Institute of Navigation. 2696-2702
  • PATTINSON, M., DODSON, A.H. and MOORE, T., 2002. Tropospheric Delay Estimation from a Moving Platform In: The 15th Technical Meeting of the Satellite Division of the Institute of Navigation. 2294-2303
  • MONTEIRO, L.N., MOORE, T. and HILL, C.J., 2002. Maritime DGPS: Ensuring the Best Availability and Continuity, In: Proceedings of the European Navigation Conference, ENC GNSS 2002.. 7 pages
  • HILL, C.J., MOORE, T. and NAPIER, M.E., 2002. Rapid Mapping with Post Processed Data from Garmin Handheld Receivers. In: The 15th Technical Meeting of the Satellite Division of the Institute of Navigation. 1414-1422
  • MOORE, T., HILL, C.J. and MONTEIRO, L.N., 2002. Is DGPS Still a Good Option for Mariners? IALA Bulletin, Magazine of the International Association of Marine Aids to Navigation and Lighthouse Authorities 2002/3. 37 - 43
  • VRHOVSKI, D., MOORE, T. and BENNETT, L., 2002. Simulation Modelling of Satellite Positioning Based Road User Charging in Urban Areas In: Ninth World Congress on Intelligent Transport Systems. 8 pages
  • MOORE, T., ROBERTS, G.W., VENEBOER, T., PATTINSON, M., CLOSE, G. and MOORE, R., 2002. New Developments in River Level Monitoring using GPS Heighting In: Proc of The 15th Technical Meeting of the Satellite Division of the Institute of Navigation. 1819-1826
  • MOORE, T. and BONNOR, N., 2002. GNSS Vulnerability Tutorials. In: Proc NAV 02. International Conference of the Royal Institute of Navigation.. 1-88
  • MOORE, T., 2002. Review of Plane Networks and their Applications by K Borre, Photogrammetric Record. 17(99), 539-539
  • MOORE, T., 2002. Ionospheric Scintillation Effects on GPS Measurements, In: Proc CGSIC ISC European Meeting.. 22 pages
  • HILL, C.J., MOORE, T. and DUMVILLE, M., 2001. Carrier phase surveying with Garmin handheld GPS receivers Survey Review. 36(280), 135-141
  • MOORE, T., ASHKENAZI, V. and DUMVILLE, M., 2001. Implementation of WGS 84 and GPS for marine navigation. International Hydrographic Review. 2(1), 62-71
  • MOORE, T., HILL, C. and MONTEIRO, L., 2001. Is DGPS still a good option for mariners? Journal of Navigation. 54(3), 437-446
  • AQUINO, M.H., WAUGH, S., DODSON, A.H., MOORE, T. and SKONE, S., 2001. GPS Based Ionospheric Scintillation Monitoring In: Proceedings of ESA Space Weather Workshop, ESTEC, Noordwijk.
  • DODSON, A.H., MOORE, T., AQUINO, M.H. and WAUGH, S., 2001. Ionospheric Scintillation Monitoring in Northern Europe In: Proceedings of the ION GPS 2001 conference. 2490-2498
  • MOORE, T., HILL, C.J. and MONTEIRO, L.N., 2001. Is DGPS still a Good Option for Mariners? In: Proc ION GPS 2001, 14th Technical Meeting of the Satellite Division of the Institute of Navigation. 1598-1605
  • DODSON, A.H., MOORE, T. and PATTINSON, M., 2001. Measuring Tropospheric Delay from a Floating Platform. In: Proc ION GPS 2001 14th Technical Meeting of the Satellite Division of the Institute of Navigation.. 1109-1116
  • MOORE, T., HILL, C.J. and MONTEIRO, L.N., 2001. The Portuguese DGPS Network In: Proc GNSS 2001, 5th International Conference on Global Navigation Satellite Systems..
  • MOORE, T., ROBERT, G.W., CLOSE, G. and MOORE, R., 2001. River Level Monitoring using GPS Heighting. In: Proc UN/USA Workshop on the Use and Applications of Global Navigation Satellite Systems..
  • HILL, C.J., MOORE, T. and NAPIER, M.E., 2001. Rapid Mapping with Post-Processed Garmin Data In: Proc NAV 01 Location and Navigation. 13.1-13.9
  • MOORE, T. and BONNOR, N., 2001. Location and Navigation, Tutorials of the NAV 01 Conference and Exhibition. In: Royal Institute of Navigation..
  • MOORE, T., 2001. Satellite Navigation Group. Navigation News. 26
  • MOORE, T., 2001. Review of Map Projection Transformation: Principles and Applications by Q Yang, J P Snyder and W R Tobler Photogrammetric Record. 17(98), 384-385
  • MOORE, T., 2001. Review of Datums and Map Projections for Remote Sensing GIS and Surveying by J C Iliffe. Photogrammetric Record. 17(97), 198-199
  • MOORE, T., 2001. Directions 2002 GPS World Showcase. 11(12),
  • MOORE, T., 2001. Review of European Space Directory (fifteenth Edition) edited by D Shirvanian Photogrammetric Record. 17(97), 198-199
  • MOORE, T., CHEN, W., ASHKENAZI, V. and DUMVILLE, M., 2000. WGS84 and GNSS for Marine Navigation in the UK. In: Proc GNSS 2000 4th European Conference on Global Navigation Satellite Systems.
  • MOORE, T., CHEN, W., ASHKENAZI, V. and DUMVILLE, M., 2000. Implementation of WGS84 and GPS for Marine Navigation. In: Proc 9th European Meeting of the International Information Sub-Committee, Civil GPS Service Interface Committee. 7 pages
  • MOORE, T., CHEN, W., ASHKENAZI, V. and DUMVILLE, M., 2000. WGS84 and GNSS for UK Marine Navigation. In: Proceedings of the 13th International Technical Meeting of the Satellite Division of the Institute of Navigation. ION GPS 2000.. 8 pages
  • BONNOR, N., DODSON, A.H., HILL, C.J. and MOORE, T., 2000. Tutorials on Satellite Navigation Systems In: Proc NAV 2000 International Conference and Exhibition of the Royal Institute of Navigation. 1-114
  • HILL, C.J., MOORE, T. and DUMVILLE, M., 2000. Gringo: Recording RINEX Data from Handheld GPS Receivers. 42000. In: 4th European Conference on Global Navigation Satellite Systems.. 12
  • DUMVILLE, M., CHEN, W. and MOORE, T., 2000. Implications of the use of GNSS & WGS 84 for Marine Navigation Journal of Navigation. 53, no. 3, 413 - 422
  • HILL, C.J., MOORE, T. and DUMVILLE, M., 2000. Carrier Phase Surveying with Garmin Handheld GPS Receivers In: Proc ION GPS 2000 13th International Technical Meeting of the Satellite Division of the Institute of Navigation.. 1-8
  • MOORE, T. and HILL, C.J., 2000. Scientific Applications of Galileo. In: Proc NAV 2000.,. 11-1 - 11-7
  • MOORE, T., CLOSE, G., MOORE, R. and ZHANG, K., 2000. RiGHt: River Level Monitoring using GPS Heighting. In: Proc GNSS 2000, 4th European Conference on Global Navigation Satellite Systems..
  • MOORE, T. and HILL, C.J., 2000. The Removal of Selective Availability: The Impact on the Geodetic Community. Institute of Navigation Newsletter. 10, No 3,, 4-13
  • HILL, C.J. and MOORE, T., 2000. GPS Surveying without Selective Availability, Surveying World. 8(5), 21 - 22,
  • MOORE, T., CLOSE, G. and MOORE, R., 2000. RiGHt: River Level Monitoring using GPS Heighting. In: Proceedings of 13th International Technical Meeting of the Satellite Division of the Institute of Navigation,ION GPS 2000.. 8 pages
  • MOORE, T., ZHANG, K., CLOSE, G. and MOORE, R., 2000. Real Time River Level Monitoring using GPS Heighting. GPS Solutions. 4(2), 63-67,
  • MOORE, T., 2000. Review of European Space Directory Photogrammetric Record. XVI(95), 873
  • MOORE, T., CLOSE, G., LEE, C. and MOORE, R., 2000. RiGHt on the Water: River Level Monitoring using GPS Heighting, Galileo's World. 22-27
  • MOORE, T., 2000. Satellite Navigation Group: Annual Report, Navigation News. 21 - 22,
  • MOORE, T., CLOSE, G. and MOORE, R., 2000. The RiGHt Project: River Level Monitoring using GPS Heighting. In: Proc 35th MAFF Conference of River and Coastal Engineers.. 11.01.1-.01.4
  • CLOSE, G., LEE, C., MOORE, R. and MOORE, T., 2000. Water Level Monitoring from Space. In: Proc Geomark 2000.
  • MOORE, T., 2000. Directions 2001 GPS World. 11(12), 1048-5104
  • DODSON, A. and MOORE, T., 1999. A Navigation System for the Blind Pedestrian In: 3rd European Symp on Global Navigation Satellite Systems (GNSS 99). 513-518
  • ASHKENAZI, V. and MOORE, T., 1999. Practical Considerations for the Introduction of GNSS and WGS 84 for Marine Navigation In: 3rd European Symp on Global Navigation Satellite Systems (GNSS 99). 519-524
  • ASHKENAZI, V. and MOORE, T., 1999. GNSS and WGS 84 for Marine Navigation In: NAV 99 / ILA 28, International Conference of the Royal Institute of Navigation and the International Loran Association. 1-9
  • ASHKENAZI, V. and MOORE, T., 1999. A Realisation of WGS 84 and GNSS for Marine Navigation in the UK In: The 12th International Technical Meeting of the Satellite Division of the Institute of Navigation (ION-GPS-99).
  • MOORE, T. and ROBERTS, G., 1999. A Novel GPS River Level Monitoring System In: 3rd European Symp on Global Navigation Satellite Systems (GNSS 99). 507-512
  • MOORE, T. and ROBERTS, G., 1999. Real Time GPS Monitoring of River Levels In: XXII General Assembly of the International Union of Geodesy and Geophysics.
  • ROBERTS, G.W. and MOORE, T., 1999. Carrier Phase GPS Navigation to the North Pole Journal of Navigation. 52(1), 80-89
  • MOORE, T., BAKER, D.F. and DODSON, A.H., 1999. Hybrid GPS+Glonass 3(1), 32-41
  • MOORE, T. and ROBERTS, G., 1999. A Real Time GPS River Level Monitoring System In: The 12th International Technical Meeting of the Satellite Division of the Institute of Navigation (ION-GPS-99).
  • DODSON, A. H., MOON, G. V., MOORE, T. and JONES, D., 1999. Guiding Blind Pedestrians with a Personal Navigation System Journal of Navigation. VOL 52(NUMBER 3), 330-341
  • ASHKENAZI, V., MOORE, T., DUMVILLE, M., CHEN, W., MCPHERSON, D., MILLEN, K., GREENLAND, A., WARD, N., SAVILL, M. and RUTTLE, S., 1999. GNSS & WGS 84 for Marine Navigation in UK Waters Journal of Navigation. VOL 52(NUMBER 2), 189-195
  • HILL, C.J. and MOORE, T., 1999. Developments in Satellite Navigation Systems Surveying World. 7(4), 20-22
  • MOORE, T., 1999. Review of GPS for Geodesy edited by P J G Teunissen and A Kleusberg Surveying World. 7(3), 15
  • MOORE, T., 1999. Review of Practical Geodesy: Using Computers by M Hooijberg Photogrammetric Record. XVI(93), 577-578
  • HILL, C.J. and MOORE, T., 1999. Gringo Comes to Town-Improving the Accuracy of Handheld GPS Surveying World. 8(1), 28-30
  • ASHKENAZI, V., 1999. Contribution to Directions 2000 GPS World. 10(12), 46
  • AQUINO, M., ASHKENAZI, V., MOORE, T. and ROBERTS, G., 1998. A Simplified Approach to WAD Correction Generation In: The 2nd European Symposium on Global Navigation Satellite Systems (GNSS '98). 1-6
  • ASHKENAZI, V., MOORE, T., DUMVILLE, M., CHEN, W., MCPHERSON, D., MILLEN, K., GREENLAND, A., WARD, N., SAVILL, M. and RUTTLE, S., 1998. GNSS and WGS 84: Implications for Marine Navigation Around the UK In: The 11th International Technical Meeting of the Satellite Division of the Institute of Navigation (ION-GPS-98). 1307-1314
  • ASHKENAZI, V., MOORE, T., DUMVILLE, M., CHEN, W., MCPHERSON, D., MILLEN, K., GREENLAND, A., WARD, N., SAVILL, M. and RUTTLE, S., 1998. GNSS and WGS 84 for Marine Navigation in UK waters In: Satellite Navigation and Safety : International Conference of the Royal Institute of Navigation (NAV 98). 1-7
  • ASHKENAZI, V., MOORE, T., DUMVILLE, M., CHEN, W., MCPHERSON, D., MILLEN, K., GREENLAND, A., WARD, N., SAVILL, M. and RUTTLE, S., 1998. Implementation of GNSS and WGS84 for Marine Navigation Around the UK In: The 2nd European Symposium on Global Navigation Satellite Systems (GNSS 98). 1-7
  • ASHKENAZI, V., MOORE, T., ROBERTS, G., ZHANG, K., MOORE, R. and CLOSE, G., 1998. Real Time River Level Monitoring by GPS In: The 2nd European Symposium on Global Navigation Satellite Systems (GNSS 98). 1-6
  • ASHKENAZI, V., BINGLEY, R.M., CHEN, W., HILL, C.J. and MOORE, T., 1998. Coordinate transformations from WGS84 to the mapping datum of Ireland In: Proceedings of the 2nd European Symposium on Global Navigation Satellite Systems (GNSS 98). 1-6
  • ASHKENAZI, V., MOORE, T. and ROBERTS, G., 1998. The Control of Construction Plant using GPS and Glonass In: The 11th International Technical Meeting of the Satellite Division of the Institute of Navigation (ION-GPS-98). 945-952
  • DODSON, A., MOORE, T., CHEN, W., OEHL, H. and HOUGHTON, P., 1998. A New Integrated Marine Gravity Acquisition System based on GPS In: XXI International Congress of the FIG, Commission 5 : Positioning and Measurement. 354-365
  • MOORE, T. and SMITH, M.J., 1998. Back to Basics (11): Geodetic Transformations-Part 1 Survey Review. 34(269), 473-479
  • ASHKENAZI, V., MOORE, T. and SWANN, J., 1998. Advantages and Problems Encountered in Combining GPS and Glonass Carrier Phase Observables In: The 2nd European Symposium on Global Navigation Satellite Systems (GNSS 98). 1-7
  • ASHKENAZI, V., CHEN, W., HILL, C. J. and MOORE, T., 1998. Wide Area and Local Area Augmentations: Design Tools and Error Modelling Journal of Navigation. VOL 51(NUMBER 1), 58-66
  • MOORE, T. and SMITH, M.J., 1998. Back to Basics (12): Geodetic Transformations-Part 2 Survey Review. 34(270), 509-516
  • MOORE, T., 1998. A Civil Arrangement Navigation News. 2
  • MOORE, T., 1998. Review of Maths for Map Makers by A L Allan Civil Engineering Surveyor. XXII(1), 33
  • MOORE, T., 1998. Review of Flattening the Earth Two Thousand Years of Map Projections by J P Snyder Photogrammetric Record. XVI(92), 371
  • MOORE, T., 1998. New Developments of the GPS System In: Navigational Warfare and Military GPS. 1-11
  • MOORE, T., 1998. Satellite Navigation Group Navigation News. 23
  • MOORE, T., 1998. Review of Global Positioning System: Theory and Practice by B Hofmann-Wellenhof H Lichtenegger and J Collins Photogrammetric Record. XVI(91), 146
  • BASKER, S., LAST, D., MOORE, T. and SAVILL, M., 1998. Informing the Navigator In: Satellite Navigation and Safety : International Conference of the Royal Institute of Navigation (NAV 98). 1-8
  • MOORE, T., 1998. Review of European Space Directory edited by D Shirvanian Photogrammetric Record. XVI(92), 372
  • BASKER, S., LAST, D., SAVILL, M., MOORE, T. and WEBER, G., 1998. Informing the Navigator In: The 2nd European Symposium on Global Navigation Satellite Systems (GNSS 98). 1-6
  • ASHKENAZI, V., BONNOR, N., DUMVILLE, M., HILL, C., MOORE, T., HEIN, G., EISFELLER, B., PARKINSON, B. and ENGE, P., 1997. Eurocontrol Satellite Navigation Education and Awareness Teaching Package In: Global Navigation Satellite Systems Education Workshop.
  • AQUINO, M., ASHKENAZI, V., HILL, C. and MOORE, T., 1997. Orbit Determination Strategies for Wide Area Augmentations In: First European Symposium on Global Navigation Satellite Systems (GNSS '97). 749-758
  • ASHKENAZI, V., CHEN, W., HILL, C. and MOORE, T., 1997. Wide Area and Local Area Augmentations : Design Tools and Error Modelling In: First European Symposium on Global Navigation Satellite Systems (GNSS '97). 679-687
  • ASHKENAZI, V., CHEN, W., HILL, C., MOORE, T., STANTON, D., FORTUNE, D. and SHAVE, N., 1997. GPS for Real-Time Autonomous Orbit Determination of LEO Satellites In: First European Symposium on Global Navigation Satellite Systems (GNSS '97). 657-665
  • ASHKENAZI, V., DODSON, A., MOORE, T. and ROBERTS, G., 1997. Monitoring the Movement of Bridges by GPS In: The 10th International Technical Meeting of the Satellite Division of the Institute of Navigation (ION-GPS-97). 1165-1172
  • ASHKENAZI, V., CHEN, W., HILL, C., MOORE, T., STANTON, D., FORTUNE, D. and SHAVE, N., 1997. Real Time Autonomous Orbit Determination of LEO Satellites using GPS In: The 10th International Technical Meeting of the Satellite Division of the Institute of Navigation (ION-GPS-97). 755-762
  • ASHKENAZI, V., DODSON, A., MOORE, T. and ROBERTS, G., 1997. Monitoring the Humber Suspension Bridge by GPS In: First European Symposium on Global Navigation Satellite Systems (GNSS '97). 553-560
  • ASHKENAZI, V., MOORE, T., CHEN, W. and SYMONS, L., 1997. Global GPS Networks and the Determination of Earth Rotation Parameters In: General Meeting of the International Association of Geodesy (IAG 97).
  • CHEN, W., DODSON, A., MOORE, T., HOUGHTON, P. and OEHL, H., 1997. Precise GPS for Integrated Marine Gravity Acquisition In: The 10th International Technical Meeting of the Satellite Division of the Institute of Navigation (ION-GPS-97). 937-944
  • AQUINO, M., ASHKENAZI, V. and MOORE, T., 1997. A Continental Wide Area Differential GPS Strategy In: General Meeting of the International Association of Geodesy (IAG '97).
  • DODSON, A., MOORE, T., CHEN, W., OEHL, H. and HOUGHTON, P., 1997. A New Integrated Marine Gravity Acquisition System based on GPS In: First European Symposium on Global Navigation Satellite Systems (GNSS '97). 689-696
  • MOORE, T. and ROBERTS, G., 1997. Centimetric GPS Navigation to the North Pole In: The 10th International Technical Meeting of the Satellite Division of the Institute of Navigation (ION-GPS-97). 1189-1196
  • BAKER, H., DODSON, A. and MOORE, T., 1997. The Use of Ground based GPS for Water Vapour Estimation In: The 10th International Technical Meeting of the Satellite Division of the Institute of Navigation (ION-GPS-97). 179-186
  • SMITH, M.J. and MOORE, T., 1997. Back to Basics (8) : Plane Transformations Survey Review. 34(266), 237-244
  • MOORE, T., 1997. Satellite Navigation Group Navigation News. 20
  • ASHKENAZI, V., CHAO, C. H. J., CHEN, W., HILL, C. J. and MOORE, T., 1997. A New High Precision Wide Area DGPS System Journal of Navigation. VOL 50(NUMBER 1), 109-119
  • MOORE, T., 1997. GPS: Where are you now? Are you sure? In: London Potential Fields Meeting.
  • MOORE, T., 1997. Review of Directory of the Russian Space Industry 1996-97 by P Berlin (editor) Photogrammetric Record. XV(89), 822
  • MOORE, T., 1997. The Future of Satellite Navigation and Positioning Navigation News. 21
  • CASSWELL, R., MOORE, T. and SAVILL, M., 1997. The Future of Information Services In: National Meeting of the Institute of Navigation.
  • MOORE, T., 1997. Review of Understanding GPS: Principles and Applications by E D Kaplan (editor) Photogrammetric Record. XV(89), 821-822
  • ASHKENAZI, V., BONNOR, N., DUMVILLE, M., HILL, C., MOORE, T., HEIN, G., EISFELLER, B., PARKINSON, B. and ENGE, P., 1996. Satellite Navigation Education and Awareness Teaching Package In: Global Navigation Satellite Systems Education Workshop.
  • ASHKENAZI, V., CHEN, W., OCHIENG, W., HILL, C. and MOORE, T., 1996. Design Tools for Global Navigation Satellite Systems (GNSS) In: 2nd GPS Satellite Positioning Symposium, National Cheng Kung University. 42-49
  • ASHKENAZI, V., CHAO, C., CHEN, W., HILL, C. and MOORE, T., 1996. High Precision Wide Area DGPS In: DSNS '96.
  • ASHKENAZI, V., MOORE, T., HILL, C. and CHEN, W., 1996. Accuracy Integrity and Design of GNSS In: Global Navigation Systems - Where are we Now, International Conference of the Royal Institute of Navigation (NAV 96). 151-158
  • ASHKENAZI, V., MOORE, T., HILL, C. and CHEN, W., 1996. Accuracy and Integrity of GNSS In: The Future of Satellite Navigation and Positioning.
  • DODSON, A., MOORE, T., CHEN, W., OEHL, H. and HOUGHTON, P., 1996. An Integrated Marine Gravity Survey System In: IAG Meeting.
  • ROBERTS, G.W., MOORE, T., ASHKENAZI, V. and DODSON, A.H., 1996. Real Time OTF GPS Monitoring of the Humber Bridge Surveying World. 4(4), 26-28
  • MOORE, T., 1996. Review of European Space Directory 1995 by D Shirvanian (editor) Photogrammetric Record. XVI(87), 485-486
  • MOORE, T., 1996. Review of Global Positioning System: Theory and Practice by Hofmann-Wellenhof et al Photogrammetric Record. XVI(87), 485
  • MOORE, T., 1996. Satellite Navigation Group - Special Interest Group News Navigation News. 21
  • MOORE, T. and SAVILL, M., 1996. A New Approach to Information Services In: European Meeting of the CGSIC IISC 1996.
  • MOORE, T., MONICO, J.F. and ASHKENAZI, V., 1996. Geodetic Reference System and the Accuracy estimates of the Brazilian GPS Network Pesquisas. Universidade Federal do Rio Grande do Sul. Instituto de Geociencias. 22, 38-45
  • MOORE, T., 1996. Review of European Space Directory 1996 by D Shirvanian (editor) Photogrammetric Record. XV(88), 632-633
  • MOORE, T., 1996. CSNG - Special Interest Group News Navigation News. 23
  • LOWE, D.P., MOORE, D., WOODWORTH, P., RAE, J., ASHKENAZI, V. and MOORE, T., 1996. Offshore Sea Measurement using GPS Civil Engineering Surveyor. 21-23
  • RODRIGUES, F, AQUINO, M, DODSON, A.H, MOORE, T and WAUGH, S., Statistical Analysis of GPS Ionospheric Scintillation and Short-term TEC Variations over Northern Europe In: Proc of ION GPS/GNSS 2003. 298-313
  • ABDULRAHIM, K, HIDE, C D, MOORE, T and HILL, C J, Aiding MEMS IMU with Building Heading for Indoor Pedestrian Navigation In: Ubiquitous Positioning, Indoor Navigation and Location Based Services (UPINLBS) Conference, Helsinki, Finland. 6 pages

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