Talk:Collision avoidance system/Archive 1

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Archive 1

Merge Discuss

The Precrash system page appears to be list of the application of CAS in specific makes and models of vehicle. Would it not be more suitable to move the appropriate sections within the Precrash systems page to the relevant vehicle model page? --Haruth (talk) 18:42, 27 February 2010 (UTC)

Aircraft

I am a bit surprised to find no reference to aircraft here. CAS are equally as important, if not more so, to aircraft than they are to cars. PrairieOjibway (talk) 02:04, 6 June 2009 (UTC)

That's on Aircraft collision avoidance systems; I made a disambiguation link. -- Beland (talk) 14:59, 6 July 2009 (UTC)

Update needed

This technology has been deployed in several models of car, and the U.S. NHTSA is considering making them mandatory. -- Beland (talk) 15:06, 6 July 2009 (UTC)

Added List of Cars with Collision Avoidance

I added a list last week.

Here is list of references for most of the cars, sorry have not incorporated into article yet:


href="http://reviews.cnet.com/sedan/2006-acura-rl/4505-10865_7-31787871.html?tag=mncol;lst" 2006 Acura RL Sedan reviews - CNET Reviews

href="http://review.zdnet.com/product/sedan/2009-bmw-750li/33712791" 2009 BMW 750Li Review | ZDNet: Reviews

href="http://www.cadillac.com/cadillacjsp/model/po_package.jsp?showAllStdOpt=all&model=dts&trim=DTS%20Platinum&year=2009&package=DTS%20Platinum&section=Collections" Cadillac - DTS - Packages and Options - DTS Platinum - Collections

href="http://www.lexus.com/lexus-main/models/ES/features/safety.html" Lexus ES - Features & Pricing - Safety & Security

href="http://www.lexus.com/models/GSh/features/safety.html" Lexus GS Hybrid - Features & Pricing - Safety & Security

href="http://www.consumerreports.org/cro/cars/models/new/mercedes-benz/e-class/overview.htm"2009 Mercedes-Benz E-Class Overview - Consumer Reports

href="http://wheels.blogs.nytimes.com/2009/04/09/testing-volvos-collision-avoidance-system/" Testing Volvo's Collision Avoidance System - Wheels Blog - NYTimes.com


--Tomtul2 (talk) 18:40, 12 August 2009 (UTC)

Merge from Precrash_system

I've been merging from Precrash_system. It has a large number of refs which may be useful so in case it becomes a redirect, here is the permalink to the version before it was changed to a redirect: permalink. RJFJR (talk) 02:33, 11 November 2012 (UTC)

that permalink also leads to a version with some pictures/diagrams we may want to use here. RJFJR (talk) 02:37, 11 November 2012 (UTC)

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Merging from Talk:Advanced emergency braking system

What is this? Are people too stupid to drive their own cars and use due diligence and keep their eyes on the road? I guess not since vehicles are rolling 'entertainment centers' these days. Ridiculous. 98.185.20.216 (talk) 00:28, 27 October 2013 (UTC)

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Manufacturer info -- rewrite before re-adding

Removing the below for archive purpose, please remediate per WP:UNDUE and WP:ADVERT. Shaded0 (talk) 20:28, 14 June 2017 (UTC)

Automobile manufacturers Audi 2010: "Pre sense" autonomous emergency braking system uses twin radar and monocular camera sensors and was introduced in 2010 on the 2011 Audi A8. "Pre sense plus" works in four phases. The system first provides warning of an impending accident, activating hazard warning lights, closing windows and sunroof, and pretensioning front seat belts. The warning is followed by light braking to get the driver's attention. The third phase initiates autonomous partial braking at a rate of 3 m/s² (9.8 ft/s²). The fourth phase increases braking to 5 m/s² (16.4 ft/s²) followed by automatic full braking power, roughly half a second before projected impact. "Pre sense rear", is designed to reduce the consequences of rear-end collisions. The sunroof and windows are closed and seat belts are prepared for impact. The seats are moved forward to protect the car's occupants.

2015 introduced the "avoidance assistant" system that intervenes in the steering to help the driver avoid an obstacle. If an accident occurs the "turning assistant" monitors opposing traffic when turning left at low speeds. In critical situation, it brakes the car. "Multicollision brake assist" uses controlled braking maneuvers during the accident to aid the driver. Both systems were introduced on the Second generation Q7.

BMW 2012 BMW introduced two systems on the 7 Series. "Active Protection" detects imminent accidents to pretension safety belts, close windows and moonroof, bring backrest of the front passenger seat to an upright position, and activate post-crash braking. A driver drowsiness detection includes an advice to take a break from driving. An "Active Driving Assistant" combines lane departure warning, pedestrian protection, and city collision mitigation.

In 2013, "Driving Assistant Plus" was introduced on most models combining the front-facing camera, lane-departure warning, and in some cases front radar sensors to detect vehicles ahead. Should the driver not react to the warning of a potential collision, the system would gradually prime brake pressure and apply – with maximum deceleration power - if necessary. In the case of a crash, the system can bring the vehicle to a standstill.

Later iterations of the system on cars equipped with Automatic Cruise Control system are improved by combining radar and camera detection during fog, rain, and other situations where normal camera operations may be compromised.

Ford

Collision Warning with Brake Support on the 2009 Lincoln MKS In 2009 Ford introduced the Collision Warning with Brake Support on the Lincoln MKS and MKT and the Ford Taurus. This system provides a warning through a Head Up Display that visually resembles brake lamps. If the driver does not react, the system pre-charges the brakes and increases the brake assist sensitivity to maximize driver braking performance.

General Motors 2012 GM's collision alert system is introduced in the GMC Terrain SUVs and uses a camera to provide warning when there is a vehicle ahead or there is a lane departure

The 2014 Chevrolet Impala received the radar- and camera-based crash imminent braking (radar technology detects a possible crash threat and alerts the driver. If the driver does not appear to react quickly enough or doesn’t react at all, this feature intervenes to apply the brakes in an effort to avoid the crash. Forward collision alert, Lane departure warning, side blind zone alert (using radar sensors on both sides of the vehicle, the system “looks” for other vehicles in the blind zone areas of the Impala and indicates their presence with LED-lit symbols in the outside mirrors. Rear cross traffic alert features

The 2016 Chevrolet Malibu features forward collision alert with following distance indicator, adaptive cruise control with front automatic braking, and front pedestrian alert with last-second automatic braking.

Honda 2003: Honda introduced an autonomous braking (Collision Mitigation Brake System CMBS, originally CMS) front collision avoidance system on the Inspire and later in Acura, using a radar-based system to monitor the situation ahead and provide brake assistance if the driver reacts with insufficient force on the brake pedal after a warning in the instrument cluster and a tightening of the seat belts. The Honda system was the first production system to provide automatic braking. The 2003 Honda system also incorporated an "E-Pretensioner", which worked in conjunction with the CMBS system with electric motors on the seat belts.

When activated, the CMBS has three warning stages. The first warning stage includes audible and visual warnings to brake. If ignored, the second stage would include the E-Pretensioner's tugging on the shoulder portion of the seat belt two to three times as an additional tactile warning to the driver to take action. The third stage, in which the CMBS predicts that a collision is unavoidable, includes full seat belt slack takeup by the E-Pretensioner for more effective seat belt protection and automatic application of the brakes to lessen the severity of the predicted crash. The E-Pretensioner would also work to reduce seat belt slack whenever the brakes are applied and the brake assist system is activated.

Mercedes-Benz Mercedes' "Pre-Safe" system was exhibited at the Paris Motor Show on the 2003 S-Class. Using electronic stability control sensors to measure steering angle, vehicle yaw, and lateral acceleration and brake assist (BAS) sensors to detect emergency braking, the system can tighten the seat belts, adjust seat positions including rear seats (if installed), raise folded rear headrests (if installed), and close the sunroof if it detects a possible collision (including rollover). A later version of the Pre-Safe system was supplemented by an additional function that can close any open windows if necessary.

2006: Mercedes-Benz's "Brake Assist BAS Plus" was their first forward warning collision system introduced on the W221 S-Class, incorporates the autonomous cruise control system and adds a radar-based collision warning.

2006: the "Pre-Safe Brake" on the CL-Class C216 was their first to offer partial autonomous braking (40%, or up to 0.4g deceleration) if the driver does not react to the BAS Plus warnings and the system detects a severe danger of an accident.

2009: Mercedes introduced the first Pre-Safe Brake with full (100%) autonomous braking with maximum braking force approximately 0.6 seconds before impact, on the Mercedes-Benz E-Class (W212).

2013: Mercedes updated Pre-Safe on the W222 S-Class as plus with cross-traffic assist. Pre-Safe with pedestrian detection and City Brake function is a combination of stereo camera and radar sensors to detect pedestrians in front of the vehicle. Visual and acoustic warnings are triggered when a hazard is spotted. If the driver then reacts by braking, the braking power will be boosted as the situation requires, up to a full brake application. Should the driver fail to react, Pre-Safe Brake triggers autonomous vehicle braking. Pedestrian detection is active up to about 72 km/h (45 mph) , and is able to reduce collisions with pedestrians autonomously from an initial speed of up to 50 km/h (31 mph). A radar sensor in the rear bumper monitors the traffic behind the vehicle. If the risk of an impact from the rear is detected, the rear hazard warning lights are activated to alert the driver of the vehicle behind (not on vehicles with USA/Canada coding). Anticipatory occupant protection measures, such as the reversible belt tensioners, are deployed. If the vehicle is stopped and the driver indicates a wish to remain stationary – by depressing the brake pedal, activating the hold function, or moving the selector lever to "P" – the system increases the brake pressure to keep the vehicle firmly braked during a possible rear-end collision. Pre-Safe Impulse works an early phase of the crash, before the resulting deceleration starts to increase, the front occupants are pulled away from the direction of impact and deeper into their seats by their seat belts. By the time the accident enters the phase when loads peak, the extra distance they are retracted by can be used while dissipating energy in a controlled fashion. Pre-acceleration and force limitation allow the occupants to be temporarily isolated from the effects of the crash, significantly reducing the risk and severity of injuries in a frontal collision.

Nissan Nissan's Infiniti brand offers both laser-based and radar-based systems.

Brake assist with preview function anticipates the need to apply emergency braking and pre-pressurize the brake system to help improve brake response. Intelligent brake assist (IBA) with forward emergency braking (FEB) (on QX80) uses radar to monitor approaching speed to the vehicle ahead, helping detect an imminent collision. It provides a two-stage warning to alert the driver, and if the driver takes no action, the system automatically engages the brakes to mitigate collision speed and impact.

Predictive forward collision warning system warns the driver of risks that may be obscured from the driver's view. It senses the relative velocity and distance of a vehicle directly ahead, as well as a vehicle travelling in front of the preceding one. The forward emergency braking system judges that deceleration is required, it alerts the driver using both a screen display and sound, then generates a force that pushes the accelerator pedal up and applies partial braking to assist the driver in slowing the vehicle down. When the system judges that there is the possibility of a collision, it will automatically apply harder braking to help avoid one.

Subaru Subaru's system, branded "EyeSight", was announced in May 2008 using stereo camera technology to detect pedestrians and bicyclists. As initially announced, EyeSight enabled pre-collision braking control and adaptive cruise control at all speeds. It was rolled out in Japan to selected models in 2010; in Australia in 2011; and in North America in 2013 model year Legacy and Outback models.

A alarm is used to warn the driver of a potential collision hazard in the pre-collision system. The pre-collision braking control was upgraded in 2010 to allow the vehicle to stop automatically if the speed difference between the EyeSight-equipped vehicle and the object in front is less than 30 km/h (19 mi/h) and the driver takes no action to slow down or stop. Above 30 km/h (19 mi/h), the vehicle will reduce its speed automatically. It also allows the vehicle to engage braking assist if there is a risk of a frontal collision and the driver suddenly applies the brakes. The speed difference to allow an automatic stop was raised to 50 km/h (31 mi/h) in 2013 with improved cameras.

The adaptive cruise control was also upgraded in 2010 to allow automatic emergency braking in traffic, fully stopping the EyeSight vehicle when the car in front has come to a complete stop. In 2013, color was added to the cameras, allowing the system to recognize brake lights and red stoplights ahead.

Subaru also added an active lane-keeping (keeping the vehicle in the middle of the lane, and applying steering force to keep the vehicle in the lane when unintentionally crossing lane markers) and throttle management (to prevent sudden unintended acceleration in forward and reverse) systems in 2013 with the improved cameras.

EyeSight has been very popular, equipped on approximately 90% of all Legacy and Outbacks sold in Japan at the beginning of 2012, and the engineers responsible for its development won a prize from the Japanese government that year.

Toyota

2008 LS 600h forward PCS diagram, with radar (blue) and stereo camera (red) coverage Toyota's pre-collision system (PCS) is a radar-based system that uses a forward-facing millimeter-wave radar. When the system determines that a frontal collision is unavoidable, it preemptively tightens the seat belts, removing any slack, and pre-charges the brakes using brake assist to give the driver maximum stopping power when the driver depresses the brake pedal.

2003 February: Toyota launched PCS in on the redesigned Japanese domestic market Harrier

2003 August: added an automatic partial pre-crash braking system to the Celsior.

2003 September: PCS made available in North America on the Lexus LS 430, becoming the first radar-guided forward collision warning system offered in the US.

2004: In July 2004 the Crown Majesta radar PCS added a single digital camera to improve the accuracy of collision forecast and warning and control levels

2006: Pre-collision system with Driver Monitoring System introduced in March 2006 on the Lexus GS 450h using a CCD camera on the steering column. This system monitors the driver's face to determine where the driver is looking. If the driver's head turns away from road and a frontal obstacle is detected, the system will alert the driver using a buzzer, and if necessary, pre-charge the brakes and tighten the safety belts.

2006: the Lexus LS introduced an advanced pre-collision system (APCS), added a twin-lens stereo camera located on the windshield and a more sensitive radar to detect smaller "soft" objects such as animals and pedestrians. A near-infrared projector located in the headlights allows the system to work at night. With the adaptive variable suspension (AVS) and electric power steering, the system can change the shock absorber firmness, steering gear ratios, and torque assist to aid the driver's evasive steering measures. The lane departure warning system will make automatic steering adjustments to help ensure that the vehicle maintains its lane in case the driver fails to react. Driver Monitoring System was introduced on the Lexus LS. Rear-end pre-collision system includes a rearward-facing millimeter-wave radar mounted in the rear bumper. This system adjusts the active head restraints by moving them upward and forward to reduce the risk of whiplash injuries if an imminent rear collision is detected.

2008 Updated Driver Monitoring System added on the Crown for detecting whether the driver's eyes are properly open. It monitors the driver's eyes to detect the driver's level of wakefulness. This system is designed to work even if the driver is wearing sunglasses, and at night.

2008 PCS with GPS-navigation linked brake assist function on the Crown. The system is designed to determine if the driver is late in decelerating at an approaching stop sign, will then sound an alert and can also pre-charge the brakes to provide braking force if deemed necessary. This system works in certain Japanese cities and requires Japan specific road markings that are detected by a camera.

The 2009 Crown added a front-side millimeter-wave radar to detect potential side collisions primarily at intersections or when another vehicle crosses the center line. The latest version tilts the rear seat upward, placing the passenger in a more ideal crash position if it detects a front or rear impact.

2012: Higher Speed A-PCS on the Lexus LS enables deceleration from up to 37 mph (60 km/h), compared to the previous of 25 mph (40 km/h). This higher speed A-PCS uses the same technologies as the current A-PCS. This system increases the braking force up to twice that applied by average drivers. It is not available in U.S. markets.

2013: Pre-collision system with pedestrian-avoidance steer assist and steering bypass assist can help prevent collisions in cases where automatic braking alone is not sufficient, such as when the vehicle is travelling too fast or a pedestrian suddenly steps into the vehicle’s path. An on-board sensor detects pedestrians and issues a visual alert on the dashboard immediately in front of the driver if the system determines that there is a risk of collision. If the likelihood of a collision increases, the system issues an audio and visual alarm to encourage the driver to take evasive action, and the increased pre-collision braking force and automatic braking functions are activated. If the system determines that a collision cannot be avoided by braking alone and there is sufficient room for avoidance, steer assist is activated to steer the vehicle away from the pedestrian.

2016: Toyota announced it would make Toyota safety sense and Lexus safety system+ standard on nearly all Japan, Europe, and US models by the end of 2017.

Volkswagen

Laser sensor of VW Up 2010: "Front Assist" on the 2011 Volkswagen Touareg can brake the car to a stop in case of an emergency and tension the seat belts as a precautionary measure.

2012: Volkswagen Golf Mk7 introduced a "Proactive Occupant Protection" that will close the windows and retract the safety belts to remove excess slack if the potential for a forward crash is detected. Multi-collision brake system (automatic post-collision braking system) to automatically brake the car after an accident in order to avoid a second collision. City emergency braking automatically activates brakes at low speeds in urban situations.

2014: Volkswagen Passat (B8) introduces pedestrian recognition a part of the system. It uses a sensor fusion between a camera and the radar sensor. There is an "emergency assist" in case of a non-reacting driver, the car takes the control of the brakes and the steering until a complete stop.

2016: Volkswagen Passat (NMS - North American model) becomes the first vehicle in its class to have autonomous emergency braking as standard equipment on all models at the start of the 2017 model year.

Volvo

Volvo City Safety multiple camera 2006: Volvo's "Collision Warning with Auto Brake", developed in cooperation with Mobileye, was introduced on the 2007 S80. This system is powered by a radar/camera sensor fusion and provides a warning through a head up display that visually resembles brake lamps. If the driver does not react, the system pre-charges the brakes and increases the brake assist sensitivity to maximize driver braking performance. Later versions will automatically apply the brakes to minimize pedestrian impacts. In some models of Volvos, the automatic braking system can be manually turned off. The V40 also included the first pedestrian airbag, when it was introduced in 2012.

2013: Volvo introduced the first cyclist detection system. All Volvo automobiles now come standard with a lidar laser sensor that monitors the front of the roadway, and if a potential collision is detected, the safety belts will retract to reduce excess slack. Volvo now includes this safety device as an optional in FH series trucks.

2015: "IntelliSafe" with auto brake at intersection. The Volvo XC90 features automatic braking if the driver turns in front of an oncoming car. This is a common scenario at busy city crossings as well as on highways, where the speed limits are higher.

2018: "AEB with pedestrian detection". All Nissan models starting in 2018 will become standard with AEB and the ability to detect pedestrians and migrate and help brake to avoid a potential collision.

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Wiki Education Foundation-supported course assignment

This article is or was the subject of a Wiki Education Foundation-supported course assignment. Further details are available on the course page. Student editor(s): Stanlejk. Peer reviewers: Stanlejk.

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Source for Advanced Emergency Braking System Algorithm

This source explains how it can work: https://www-esv.nhtsa.dot.gov/Proceedings/22/files/22ESV-000290.pdf

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