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7:00 -
9:15 pm, Monday, String 2
230:
Trends in GNSS Receiver Technology
Back to main tutorials page |
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A system level presentation of
GPS(GNSS) receiver theory, including architectural elements,
advanced aspects and technology trends. |
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Prof. Dr. Bernd
Eissfeller
University FAF Munich
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Technology, Processing and Software
• Background and Fundamentals
• Receiver Technology Status
• Implementation Issues
• Software radio, FPGA, ASIC
• Comparison of Different Implementations
• Receiver Integration Levels
• Semiconductor Technology Progress (2020+)
• Trends in oscillators from crystals to chip-scale atomic clocks
• Massively parallel correlators
• Single and multiple frequency receivers |
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Chipsets, System Config's & Comparisons
• Low – end development trends: chipsets, systems on
chips, single chips and dies; data less channels; multipath
mitigation
• High – end development trends: multi-frequency, multichannel
receivers (L1, L2C, L5, …); multi- -system receivers (GPS, Galileo,
Glonass, Compass); precise antenna technologies; Future role of
semi-codeless channels; pulse blanking
• Military receivers development trends Receiver comparisons |
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Level:
A basic knowledge of
GPS, GPS signal structure, GNSS receiver technology and engineering
analysis methods are assumed. Moderate to advanced level course with
some review. |
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