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Prof Jan-Peter Muller
Nu 101
Mullard Space Science Laboratory
Dept. of Space & Climate Physics
Holmbury St Mary
Surrey
RH5 6NT
Appointment
  • Professor of Image Understanding and remote Sensing
  • Dept of Space & Climate Physics
  • Faculty of Maths & Physical Sciences
Biography
Professor Muller is a very active leader in development of practical  and operational solutions to environmental and mapping problems using automated imaging and image interpretation over the last 40 years. This has included the development of world leading advanced algorithms for super-resolution restoration, automated 3D surfaces (including clouds and the surface of Mars) and solid-earth deformation measurement (radar interferometry), detection of astrobiological signatures on other planets, automated extraction of global environmental information (BRDF/albedo, aerosols, cloud-top heights, 13CH4), automated interpretation of aerial and space imagery for building and vegetation extraction, animated visualisation of global change, the exploitation of parallel, cluster and cloud processing technology and development of technology for Big Data analysis and sharing geographic knowledge through web-GIS. Project management experience of complex software and hardware development has included inter-disciplinary teams and university-industry-UK Ministry-of-Defence groups as well as the co-ordination of four large European Union Framework research projects across Europe and North America with up to 40 man-years of effort. Technology transfer experience includes license and contract negotiation as well as the generation of licensed and R&D contract business. Recently, Prof. Muller is moving over open source software releases and open access data product releases with publishable DOIs.
Research Summary

Imaging science


- super-resolution restoration with multi-angle sub-pixel matching and GAN
- 3D mapping of featureless surfaces using texture projection
- new remote sensing techniques (e.g. fluorescence spectroscopy)


- uncooled thermal and Shortwave IR


- sub-surface SAR imaging systems from space

Imaging instruments
- real-time 3D mapping of featureless surfaces using texture projection
- PAH & micro-organism location through fluorescence
- Hyperspectral imaging instruments using tunable filters
- fused lidar-stereo instruments for exploration & industry

3D extraction


- multi-angle stereo (e.g. MISR, MISRlite, HRSC, NavCam, Skysat, Carbonite-2, Worldview)


- imaging lidar


- TOMOSAR, InSAR and SAR phase correlation



Machine vision and 3D Animated visualisation


- automated landscape feature extraction (e.g. trees, buildings on earth; craters on Mars)


- orbital-rover data fusion


- web-GIS for data dissemination and visualisation
- visualisation of global change (link to Global Change Video)

Global climate from EO


- long-term calibration of EO instruments (e.g. TRUTHS, vicarious calibration)


- validation methods
- global land surface albedo (35 years from QQA4ECV, 13 years from GlobAlbedo, 19 years from MODIS)


- global cloud-top heights and winds (19 years from MISR)
- global aerosol source-to-sink (e.g. volcanic ash, smoke, pollution)


- PM2.5/PM1 mapping in urban canyons from space
- Solar-planetary weather teleconnections
- CO2 emission and economic activity mapping using night-time lights
- subsurface mapping of Greenland ice-sheet layers



Planetary science


- life detection on other planets (in our solar system & beyond focused on isotopologues)


- comparative morphology for understanding surface processes using 3D terrain


- highly turbulent flow and how Giant Planets' banded structure and long-lived storms can persist

Research Experience
Discovery of hurricane systems in Jupiter’s equator, lightning, role of internal heating in driving Jupiter’s atmospheric motions as well as discovery of frozen sea and catastrophic floods on Mars. Development of world leading advanced algorithms for automated 3D surface extraction using stereo, SAR interferometry, Imaging LiDAR  (including clouds and Mars) and solid-earth deformation measurement (radar interferometry and sub-pixel offset tracking), automated extraction of global environmental information (BRDF/albedo, aerosols, cloud-top heights, CO2 emissions, economic activity), automated interpretation of aerial and space imagery for building and vegetation extraction, animated 3D visualisation of global change, the exploitation of parallel and cluster processing technology and development of technology for sharing geographic knowledge through web-GIS.

Teaching Summary

Lecturing on M.Sc. in Remote Sensing and Environmental Mapping,  Space Science & Engineering.

Course co-ordinator of GMES (Global Monitoring of Environment & Security), contributing lecturer to Planetary surface instrumentation.

Supervisor to 8 PhD students and up to 7 MSc students every summer.

Appointments
01-OCT-1991 Professor of Image Understanding & Remote Sensing Space & Climate Physics UCL, United Kingdom
Academic Background
1980 PhD Doctor of Philosophy – Astrophysics University College London
1977 MSc Master of Science – Atmospheric Physics Imperial College of Science, Technology and Medicine
1976 BSc Bachelor of Science – Physics University of Sheffield
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