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| ====== Appendixes ====== | ====== Appendixes ====== | ||
| + | ===== Tables ===== | ||
| + | |||
| + | |||
| + | ==== Autonomous Systems ==== | ||
| ^ Domain ^ Primary Standards Body ^ Key Autonomy Standard ^ | ^ Domain ^ Primary Standards Body ^ Key Autonomy Standard ^ | ||
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| | Simulation & Digital Twin Software Providers | Provide tools for scenario-based validation, digital twins, and V&V workflows across autonomy stacks (SIL/HIL, scenario generation, formal testing). | NVIDIA (DRIVE Sim), MathWorks, Ansys, Siemens | | | Simulation & Digital Twin Software Providers | Provide tools for scenario-based validation, digital twins, and V&V workflows across autonomy stacks (SIL/HIL, scenario generation, formal testing). | NVIDIA (DRIVE Sim), MathWorks, Ansys, Siemens | | ||
| | Test Track & Physical Testing Infrastructure Providers | Operate controlled environments for real-world validation (proving grounds, UAV corridors, maritime test ranges). Bridge sim-to-real validation. | American Center for Mobility, MCity, FAA UAV Test Sites | | | Test Track & Physical Testing Infrastructure Providers | Operate controlled environments for real-world validation (proving grounds, UAV corridors, maritime test ranges). Bridge sim-to-real validation. | American Center for Mobility, MCity, FAA UAV Test Sites | | ||
| + | |||
| + | ==== Hardware and Sensing Technologies ==== | ||
| + | **Industries and Companies: | ||
| + | |||
| + | ^ Type ^ Description ^ Example Players (Companies) ^ | ||
| + | | Semiconductor Manufacturers (Logic & Compute) | Design and manufacture digital logic devices (MCUs, MPUs, SoCs, AI accelerators) that execute perception, planning, and control workloads in autonomous systems. | Intel, NVIDIA, Qualcomm, NXP Semiconductors | | ||
| + | | Analog & Mixed-Signal Semiconductor Providers | Provide sensing interfaces, power management ICs, ADC/DACs, and signal conditioning required to convert physical signals into digital data. | Texas Instruments, | ||
| + | | Power Semiconductor & Wide Bandgap Players | Develop Si, SiC, and GaN devices for high-efficiency power conversion in EVs, aircraft electrification, | ||
| + | | Sensor Manufacturers (Perception Hardware) | Build core sensing modalities (camera, radar, LiDAR, IMU, GNSS, sonar, star trackers) that define system observability and autonomy limits. | Bosch, Continental AG, Velodyne LiDAR, Teledyne Technologies | | ||
| + | | RF & Communication Chip / Module Providers | Provide connectivity hardware (5G, V2X, satellite comms, radar front-ends) enabling communication and extended perception. | Skyworks Solutions, Qorvo, Broadcom | | ||
| + | | FPGA & Reconfigurable Compute Vendors | Supply programmable logic for deterministic, | ||
| + | | EDA (Electronic Design Automation) Companies | Provide design, simulation, verification, | ||
| + | | Foundries & Advanced Packaging Providers | Fabricate semiconductors and provide advanced packaging technologies for high-performance and reliable systems. | TSMC, Samsung Foundry, Intel Foundry Services | | ||
| + | |||
| + | ^ Vendor ^ Platform / Kit ^ Type ^ Key Components ^ Target Domain ^ Notes / Differentiation ^ | ||
| + | | NVIDIA | NVIDIA DRIVE (Orin / Thor) | Full autonomy compute platform | GPU SoC, Tensor cores, CUDA, DriveWorks SDK | Automotive autonomy (L2–L4) | End-to-end AV compute + software stack | | ||
| + | | NVIDIA | Jetson Orin Dev Kit | Embedded AI compute platform | CPU + GPU SoC, camera interfaces | Robotics, drones, edge AI | Widely used for prototyping | | ||
| + | | Qualcomm | Snapdragon Ride | Automotive compute platform | AI accelerator, | ||
| + | | Intel | Mobileye EyeQ / AV platform | Vision-centric ADAS platform | Vision SoC, camera-based perception software | Automotive ADAS | Camera-first autonomy strategy | | ||
| + | | AMD | Versal Adaptive SoCs | FPGA/ACAP compute platform | FPGA fabric + AI engines | Automotive, aerospace | Deterministic + adaptive compute | | ||
| + | | Texas Instruments | TDA4VM / Jacinto | ADAS processor | Vision DSP, radar processing, safety MCUs | Automotive | Strong functional safety (ISO 26262 focus) | | ||
| + | | NXP Semiconductors | S32V / BlueBox | Automotive compute + networking | Vision SoC, radar processing, CAN/FlexRay | Automotive | Strong vehicle networking integration | | ||
| + | | Bosch | Radar / ADAS platforms | Sensor + ECU systems | Radar, camera, ECU modules | Automotive | Tier-1 integrated sensor + compute solutions | | ||
| + | | Continental AG | Continental ADAS Dev Platform | Sensor fusion system | Radar, LiDAR, camera modules | Automotive | Strong system-level integration | | ||
| + | | Velodyne LiDAR | LiDAR Dev Kits (e.g., Puck) | Sensor dev kits | 3D LiDAR + SDK | Autonomous, robotics | High-resolution 3D perception | | ||
| + | | Ouster | Ouster OS1 / Gemini | LiDAR platform | Digital LiDAR + API | Robotics, industrial | Software-defined LiDAR stack | | ||
| + | | Analog Devices | Radar Development Kits | RF sensing platform | RF front-end + DSP | Automotive, industrial | Strong RF + signal chain expertise | | ||
| + | | Infineon Technologies | AURIX + Radar Kits | Safety MCU + radar | Radar IC + safety MCU | Automotive | Leading safety MCU platform | | ||
| + | | STMicroelectronics | STM32 + Sensor Kits | Embedded sensing platform | MCU + IMU, GNSS, camera | Robotics, IoT | Low-cost prototyping ecosystem | | ||
| + | | Teledyne Technologies | Imaging Sensor Kits | Vision sensing | CMOS sensors, thermal imaging | Aerospace, defense | High-performance imaging | | ||
| + | | Sony | CMOS Image Sensors | Vision sensors | High dynamic range sensors | Automotive, consumer | Dominant in camera sensing | | ||
| + | | Hexagon | Autonomous Sensors | Software + sensors | LiDAR + mapping + analytics | Industrial autonomy | Strong digital twin ecosystem | | ||
| + | | dSPACE | HIL (Hardware-in-the-Loop) systems | Validation platform | Sensor models, ECU integration | Automotive, aerospace | Critical for V&V workflows | | ||
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| ===== Indutrial Use Case #1 ===== | ===== Indutrial Use Case #1 ===== | ||
