Driverless cars
by VYACHESLAV LUKYANOV
1. Technologies
1.1. LASER RANGE FINDER
1.2. FRONT CAMERA FOR NEAR VISION
1.3. BUMPER MOUNTED RADAR
1.4. AERIAL THAT READS PRECISE GEO-LOCATION
1.5. ULTRASONIC SENSORS ON REAR WHEELS
1.6. DEVICES WITHIN THE CAR
1.7. SYNERGISTIC COMBINING OF SENSORS
1.8. PROGRAMMED TO INTERPRET COMMON ROAD SIGNS
1.9. MAPPING IN ADVANCE
1.10. PROGRAMMING REAL LIFE ROAD BEHAVIOUR
2. Future
2.1. SELF-DRIVING TAXI SERVICES
2.2. OFF-THE-SHELF SELF-DRIVING SYSTEM
2.3. UBER’S FLEET TO BE DRIVERLESS BY 2030
2.4. FULLY AUTONOMOUS VEHICLES FOR MOBILITY SERVICES BY 2021
3. Big players
3.1. UBER
3.2. GOOGLE
3.3. TESLA
3.4. DELPHI
3.5. HONDA
3.6. BMW
3.7. AUDI
3.8. MERCEDES-BENZ
4. Safety
4.1. US TO RELEASE DRIVERLESS CAR GUIDELINES AND SAFETY ASSESSMENT
4.2. SAFETY 'DILEMMA': PASSENGERS VS. PEDESTRIANS
5. Inception
5.1. History
5.2. Development
6. Cloud Tecnologies
6.1. Cloud Hosting
6.1.1. http://group3.site/ is the Website holding the information
6.1.2. available technologies based on linux
6.1.2.1. php 7
6.1.2.2. MySQL
6.1.2.3. Email Server
6.1.2.4. PgSQL
6.1.2.5. Cron Jobs
6.1.2.6. Node JS
6.1.3. Domain controls
6.2. maps using cloud tecnologies
6.3. our project is cloud based
6.4. Driving coordonations and the cloud
6.5. Our assigment is Cloud backed up.
6.6. provider of cloud
6.6.1. security
6.6.1.1. backups
6.6.1.1.1. databases as services
7. Artificial limbs
7.1. Causes
7.1.1. Circulation problems from atherosclerosis or diabetes
7.1.2. Traffic accidents
7.1.3. Military combat
7.1.4. Cancer
7.2. Types
7.2.1. Aesthetic functional device
7.2.2. Myoelectric device
7.2.3. Body-powered device
7.2.4. Activity specific device
7.3. Technologies
7.3.1. Prosthetic socket interface design
7.3.2. 3D printing
7.3.3. Microprocessor control
7.4. Future
7.4.1. Artificial organs
7.4.2. Exoskeleton
7.4.3. Transhumanism
7.5. Locatoin
7.5.1. Upper-extremity prostheses
7.5.2. Lower-extremity prostheses