Bangalore
Mobile & Beyond
Agenda
Click on the sessions and demos below to view the content.
Conference Hours: 8:30 AM - 5:45 PM
Exhibit Hours: 12:15 - 1:15 PM, 2:45 - 5:45 PM
27 October
T3 MIPI Interfaces for Automotive
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13:15 | (T3) MIPI Alliance Extends Interface Standards to Support Automotive Market (Sony)
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The MIPI Alliance has historically developed interface specifications primarily for the Mobile Handset Market. However, MIPI Interfaces are also finding use in Automotive applications where there is a desire to take advantage of low power, low EMI, high performance data links and the significant economies of scale that compatibility with Handset targeted interfaces can bring. Recently the MIPI Alliance has received requests from some Automotive OEM’s and Tier One suppliers to extend the current specification for the Camera to Processor “point-to-point” interfaces in several ways that meet Automotive requirements. A new Automotive sub-Group (AsG) has been formed and is now in the process of gathering requirements for implementing next generation high speed data communications links in Automobiles. This paper provides an overview of the activities and approach of this new Automotive group.
Matt Ronning is the Director of Engineering for Sony’s Component Solutions Business Division located in San Diego, California. He manages a small engineering team that provides both application & system engineering support for a diverse set of products, including: GPS, Bluetooth, Wireless Power, NFC, MMIC devices, Power Stages, etc. Previous Sony assignments have included managing Sony’s Automotive Camera business for North America and new business development, with a special focus on the automotive market. Currently Matt is the chair of the MIPI Alliance’s Automotive sub-Group, with the charter to extend MIPI Alliance’s specifications into the automotive market. Matt’s educational background includes an MSEE specializing in Communications Systems from Arizona State University and a BSEE from the California Institute of Technology.
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13:45 | (T3) ADAS High Bandwidth Imaging Implementation Strategies (Texas Instruments)
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Shiou Mei Huang is an Automotive Hardware Applications Engineer at Texas Instruments (TI), based in Sugar Land, Texas, USA. Shiou Mei obtained her bachelor’s degree in electrical engineering from SUNY Stony Brook University before joining TI in 2012. She is currently responsible for product characterization and applications support in the automotive realm. One of her key roles is to ensure automotive infotainment and ADAS customers can release product to market in a timely fashion.
Mayank Mangla is an Imaging Architect at Automotive Processors Business Unit of Texas Instruments, based out of Dallas, Texas, USA. He is passionate about Digital Image Processing, being involved in the field since 2001. In the last 16 years se has done some pioneering work in camera algorithms and applications. He holds several patents and has authored numerous papers. His current focus area of research is ADAS (Advanced Driver Assist Systems) imaging, involving automotive applications like Electronic Mirrors, Park Assist Systems, Autonomous Driving etc.
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14:15 | (T3) MIPI CSI-2 for Multi-camera, Long Range Use Cases and Implementation Methods Using FPGA’s (Xilinx)
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Abstract: Use of image sensors expanded beyond simple image capture to capture images in multiple angles, multiple exposures etc, which allows building more intelligence to systems used in Vision, Automotive, Industrial and other product segments.
MIPI specifications being mature, relatively simple to use and well proven in mobile segment, the ability to combine multiple camera data streams over a single CSI-2 channel, supporting long distance using bridge functions makes MIPI CSI-2 image sensors a best bet for the above said product segments.
The presentation details some of the multi-camera, long distance use case scenarios, the role and value addition of FPGA’s to implement these systems.Kondalarao Polisetti is Senior Design Engineer at Xilinx with 11+ years of experience in IP solutions development for Xilinx FPGAs. His expertise include developing IP solutions for Embedded, Automotive, Medical and Radar segments. Some of the protocols/IP include CAN, MOST NIC, AXI Generators, Checkers, Performance monitors & MIPI Subsystems. Xilinx has been active MIPI member since 2014.