ADASWORKS Trademark

Information technology (IT) consulting services in the fields of artificial intelligence, automotive engineering, driver assistance and self-driving systems; computer programming and engineering services relating to artificial intelligence, driver assistance systems, automotive parts and driving systems; computer software development for motorized vehicles; research, development and design in the field of automotive technologies in the nature of driver assistance and self-driving vehicle systems; research, development and design of software, image processing devices, navigation and guidance devices for motorized land vehicles; research, development and design of automotive technologies related to vehicle safety, passenger safety, driver assisting and warning systems for self-driving vehicles; testing of computer software for driver assistance and self-driving systems; calibration of computer software for driver assistance and self-driving systems; quality control relating to driver assistance and self-driving systems for others; vehicle and passenger safety testing, namely, vehicle roadworthiness testing and testing of occupant protection systems for determining passenger safety; product safety testing services relating to land vehicles; research, development and design services in the field of artificial intelligence software; consultancy and information services relating to all of the above services

Fully and partially autonomously operated motorized vehicles and conveyances, namely, cars, trucks, ATVs, golf carts, self-driving transport vehicles; autonomous cars; traction control systems for vehicles comprised of brakes and brake hardware for vehicles; stability control systems for vehicles, namely, electronic stability systems to allow better control and maneuverability of cars and trucks, sold as an integral component of cars and trucks; pneumatic transmission control systems comprised of pneumatic transmission shafts and chains for land vehicles to allow better control and maneuverability of cars and trucks, sold as an integral component of cars and trucks; motor vehicle alarm systems; brakes for vehicles

Vehicle navigation, vehicle guidance and vehicle operation systems comprised of computer hardware and software for allowing fully and partially autonomous operation of a vehicle, and also comprising optical sensors, optical cameras, IR cameras, video cameras, digital display monitors, radar apparatus, radar antennae, laser sensors for use in measuring distance and reflection intensity, Lidar apparatus, sensors for determining position, velocity, acceleration and temperature, sensors for measuring rotation, GPS receivers, and tachometers; electronic interface equipment for vehicles, namely, sensors for detecting objects, for detecting and sensing lane departure, for sensing motion patterns of surrounding objects, and for sensing the proximity of multiple objects; electronic interface equipment for vehicles, namely, software for enabling semantic segmentation functions for vehicle control and for facial analysis and image recognition; image processing apparatus; apparatus for guidance, targeting, navigation, and mapping, namely, navigation apparatus for vehicles; Computer hardware and software for self-driving and fully and partially autonomous vehicles, namely, for enabling artificial intelligence, deep learning, computer vision, image analysis, image recognition, autonomous vehicle monitoring and control, driver- assisted vehicle monitoring and control, vehicle subsystem monitoring and control, decision-making for vehicle control, adapting to different driving cultures and situation-specific driving styles, controlling lighting to assist in driver vision, assisting driver visibility, providing all-around views of vehicles including dead zones for vehicles, controlling adaptive cruise control systems, generating collision warnings, generating lane departure warnings, engaging emergency braking systems, and providing parking assistance; Computer hardware and software for operating artificial intelligence features for fully and partially autonomous operation of a vehicle, namely, for enabling artificial intelligence optimized hardware units for use with neural networks; Computer components and parts, namely, scalable computer hardware for operating artificial intelligence features for autonomous driving vehicles; data processing hardware units comprised of data processing computers and computer software for use in interacting with neural networks; computer hardware components, namely, semiconductor devices, semiconductor chips and field-programmable gate arrays (FPGA) enabling data processing and artificial intelligence features for autonomous driving; Vehicle safety and driving assistant systems comprised of position detecting sensors and cameras which provide all-around views of vehicles including dead zones for vehicles, used for the purposes of allowing on-board vehicular guidance and optimal operation and control of fully and partially autonomous vehicles; drive assisting and safety systems for detecting blind spots being comprised of rear, front, and side view cameras and sensors for detecting the presence of objects; adaptive cruise control systems comprised of cruise controls for motor vehicles; forward collision warning systems comprised of cameras, motion sensors, and sensors for detecting position of objects; rear collision warning systems comprised of cameras, motion sensors, and sensors for detecting position of objects; lane collision warning systems comprised of cameras, motion sensors, and sensors for detecting position of objects; intelligent parking assistance systems comprised of rear, front and side view cameras for vehicles, sensors for detecting the presence of objects, and forward-rearward reverse radar detecting apparatuses; driver visibility assistance systems comprised of cameras, motion sensors, and sensors for detecting position of objects; Simulators for steering and controlling vehicles; computer hardware and software for enabling and operating vehicle drive training simulation systems which allow simulation of fully or partially autonomous operation of vehicles; computer hardware and software for enabling operation of self-driving and autonomous vehicles and their features to be used in end-to-end and component-based testing of said vehicles; computer hardware and software for capturing photo-realistic images of 3D objects for neural network training; computer hardware and software for calibrating and testing electronic navigation and operation systems allowing autonomous operation of vehicles; Computer application software, namely, downloadable mobile applications for enabling fully or partially autonomous operation of vehicles