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Level 3 autonomy

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Honda is taking us one step closer to the day when cars will no longer need our involvement to reach the destination. That day is some way down the road and progressive steps will have to be taken as autonomous technologies continue to advance. Basically, the steps will follow those for autonomous vehicles formulated by the American Society of Automotive Engineers (SAE) and there are 5 ‘levels’, each increasing the degree of autonomy.

At this time, many vehicles can provide Level 2, which offers some autonomous operation such as adaptive cruise control where a safe gap will be automatically maintained from the vehicle in front. Automatic Emergency Braking is also a Level 2 capability where the vehicle’s brake will be activated automatically if the driver fails to respond correctly to an impending collision. Level 2 capability, which uses integrated Advanced Driver Assistance Systems (ADAS), is moving down in the vehicle price ranges and even the recently-launched Perodua Ativa has it.

Honda SENSING Elite

Honda now offers Level 3 in a version of its current Legend model which will be available for leasing only in Japan. As with the Clarity FCX Fuel Cell Vehicle produced between 2008 and 2014, Honda is only making a very limited number of units. Like the Clarity, of which only around 70 units were produced and leased, the same cautious approach is being taken for this advanced Legend variant. Honda says it will offer only 100 units for leasing, each based on a price of 11 million yen (about RM413,585). Limiting the model only to Japan will enable engineers to get to any car that has problems for quick examination, as compared to having to travel to other countries.

With Level 3, the amount of automation is greater and the driver can take his or her hands of the steering wheel for extended periods. With conditional automated driving in a limited area, it can perform more driving functions on its own. More advanced sensors constantly monitor the surroundings to ensure the car can proceed safely.

Honda SENSING Elite
The Level 3 capability is available with Honda SENSING Elite, the most advanced version of the Honda SENSING system that is already available in many Honda models sold in Malaysia. One of the ‘elite’ technologies is the Traffic Jam Pilot function, an advanced technology for which Honda has received type designation from the Japanese Ministry of Land, Infrastructure, Transport and Tourism (MLIT).

Traffic Jam Pilot technology enables the automated driving system to drive the vehicle, instead of the driver, under certain conditions such as when the vehicle is in congested traffic on an expressway. For vehicle control, the system determines the position of the vehicle and road conditions using data from 3-dimensional high-definition maps and the global navigation satellite system (which includes GPS), while detecting the vehicle’s surroundings using several external sensors that provide 360-degree input. The automated driving sensors are around the bodywork, subtly integrated into the body panels of the flagship sedan model for a clean appearance.

Locations of the many sensors on the bodywork. Inside the car, a camera also monitors the driver (below).

Honda SENSING Elite

At the same time, the system tracks the condition of the driver using a monitoring camera mounted inside the vehicle. Based on this wide range of information, the main electronic control unit recognizes current conditions, anticipates future conditions and applies a high-level of control to acceleration, braking and steering inputs to assist the driver and achieve high-quality and smooth driving.

1.3 million kms of testing
To ensure maximum safety and reliability, approximately 10 million patterns of possible real-world situations were simulated during system development, and real-world demonstration tests were conducted on expressways for a total of approximately 1.3 million kms. Moreover, the system incorporates a redundant system design to ensure safety and reliability in the event of a problem with any of the devices.

Honda SENSING Elite
For autonomous motoring to be possible, environmental conditions must also be safe. Lane markings, signage and traffic signals must be clear so that the car’s sensors can detect them and take the necessary actions.

Honda SENSING Elite

Specific to this model are Honda SENSING Elite indicator lights with carefully selected and visible positions, sizes, colours, brightness and other details, as well as a 12.3-inch full-LCD graphic meter. The equipment provides an intuitive understanding of system operation status, current driving situation and any requests to transfer control back to the driver.

More advanced autonomous systems
While owners of the Civic and Accord would be familiar with Adaptive Cruise Control with Low-Speed Follow and Lane Keeping Assist System (LKAS), the Honda SENSING Elite system has Adaptive in Lane Driving which assists with the driving of the vehicle and following of vehicles detected ahead within a recognized lane. The system drives the vehicle along the middle of the detected lane while maintaining the pre-set vehicle speed.

Honda SENSING Elite

Active Lane Change Assist with Hands-off Function is also available, and when activated, the system provides throttle, braking and steering inputs necessary to accomplish the lane change. However, the driver must confirm that this is safe to do so, and also activate the relevant turn indicator. If required and conditions are safe, the system can also guide the car to overtaken a slower vehicle.

While driving using the Adaptive in Lane Driving, if the car is in traffic congestion, the system (under certain slow speed conditions) can take control of acceleration, braking and steering while monitoring the surroundings on behalf of the driver. The system will drive, stop, and resume driving within the same lane while maintaining a proper following interval in accordance with the speed of the vehicle detected ahead.

Honda SENSING Elite

The benefit to the driver is that while the car is under the control of the system, he or she can watch entertainment on the display screen or do other things, instead of having to stay focussed on the road and other vehicles. This will reduce fatigue and stress while driving in a traffic jam and it is likely that once a driver experiences the benefit, he may never want to be without it!

Emergency stopping
In the event that the driver falls asleep or just does not respond to multiple system requests for a handover (the transfer of control back to the driver), the system will initiate deceleration and stopping of the vehicle by making lane change(s) to the outermost lane or the shoulder of the road. The Traffic Jam Pilot/Hands-off Function will be disengaged, and the system will further urge the driver to respond to the handover request using visual, auditory and tactile alerts including escalated alarm sounds and vibration on the driver’s seatbelt.

Honda SENSING Elite

If the driver continues to be unresponsive, the system will assist deceleration and stopping of the vehicle while alerting other vehicles around using hazard lights and the horn. When there is a road shoulder, the system assists deceleration and lane changes until the vehicle reaches the shoulder of the road for a safe stop.

To know more about Honda models, technology and services available in Malaysia, visit www.honda.com.my.

Seven Special Edition models to be won in Honda’s ‘1 Million Dreams’ campaign

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With type approval given by the Japanese authorities, Honda Motor will now proceed to commercialise its automated driving system with Level 3 autonomy classification that was established by the SAE (Society of Automotive Engineers) and adopted by the auto industry as well as government agencies.

Level 3 autonomy means that the on-board system monitors the driving environment surrounding the vehicle and can take over driving operations under certain conditions. When any of operable driving environment conditions become unsatisfactory, the system will issue a warning, and the driver must take over the driving immediately.

Cruise control, for example, is a Level 1 autonomy capability as it will only maintain a set cruising speed and the driver must brake to avoid a collision. However, adaptive cruise control is Level 2 autonomy as the system will monitor the road ahead and adjust the speed to maintain a safe gap. The speed will automatically be reduced from the set speed, and resumed when the road ahead is clear.

An increasing number of vehicles have Level 2 autonomy which encompasses advanced driver assistance systems (ADAS) which will provide corrective action, eg staying in the lane correctly. Honda SENSING, which has Level 2 capability, is available in most Honda models in Malaysia today.

Honda SENSING, already available in many models, provides driver-assistance features which are under the Level 2 autonomy.

More intelligence with Level 3
With Level 3, the computer could also make a decision to overtake if it is safe to do so. This means that the vehicle can travel along a highway and pass other vehicles, a major advancement over adaptive cruise control alone.  However, the driver must remain alert and should there be a hazardous situation like another vehicle suddenly changing lanes, then human intervention will be required.

In order for Honda to obtain the approval, the Japanese Ministry of Land, Infrastructure, Transport and Tourism (MLIT) partially amended a section of the country’s Road Vehicle Act. By this amendment, equipment for Level 3 automated driving was added to the list of motor vehicle equipment, subject to the safety standards defined in the Ministry of Transport Ordinance. Vehicles with Level 3 autonomy will be required to have a sticker on their exterior indicating that they are automated vehicles.

Vehicles with Level 3 autonomous capability must have a sticker (shown on the right) on their bodywork to indicate that they are automated as well.

Honda will offer its Level 3 automated driving system in a version of the Legend model. The system, to be known as ‘Traffic Jam Pilot’, will be available before the end of March 2021. The equipment is required to have cyber security measures to prevent security threats such as unauthorized access. It must also have a device that records data to confirm operating conditions of the automated driving equipment for a 6-month period (or 2,500 times).

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A highway in Tokyo.

Likely to be only for Japan first
It is likely that Honda will offer the Traffic Jam Pilot only in Japan for some time. This is normal practice by the manufacturers with certain new technologies. By keeping it within the domestic market, it will be easier for engineers to investigate any issues that occur so that counter-measures or improvements can be made quickly. Once Honda is satisfied that the system is sufficiently reliable in daily real-world use, then it will start to offer it elsewhere.

But just as in Japan, other countries will also have to amend their regulations to permit such systems to be used in vehicles on public roads. Furthermore, conditions on the roads such as lane markings and signage will have to be of a certain standard to enable the systems to operate properly. This will become an increasingly important matter as greater levels of autonomy are introduced in vehicles.

Visit www.honda.com.my to know more about the models available in Malaysia.

All-new Honda City RS to have Honda Sensing driver-assistance system

COVID-19 Facemask

It’s been a year since Human Horizons, a company based in China, unveiled its HiPhi concept electric vehicle (EV). When it made its global debut, the EV was described as a ‘premium supercar-inspired electric SUV’; this year, it has become an ‘Evolvable Super SUV’, said to be representative of a new generation of intelligent EVs.

2021 HiPhi X

2021 HiPhi X

2021 HiPhi X

Like many EVs, the HiPhi X has a sharp profile to slip through the air. Because it uses entirely new architecture, its design is not constrained by ‘legacy structures’ of earlier EVs. Measuring 5.2 metres long, its lightweight hybrid aluminium construction will complement the concept of sustainability with the adoption of vegan leather and the use of recyclable materials.

AI developed with Microsoft
With a virtually clean start, the designers have been able to incorporate many features which draw heavily on Artificial Intelligence (AI) for functioning and occupant comfort. The advanced, highly-personalized onboard AI assistant, known as HiPhiGo, has been developed in collaboration with Microsoft. HiPhiGo is highly sensory, with an array of intelligent functions, including a level of reasoning and continuous learning whilst interacting with its occupants, the surrounding environment and a multitude of vehicle parameters.

2021 HiPhi X

This new breed of self-learning smart vehicle has a ‘neural network’ consisting of 6 “super brain” domain controllers, connected by 1G Ethernet, which provides a higher transmission rate than traditional CAN networks. HiPhiGo is able to analyse massive amounts of information and make decisions utilizing cloud computing with a powerful data analysis engine, which results in a truly intelligent and smart vehicle.

2021 HiPhi X

Level 3 autonomous capability
As would be expected, the HiPhi X – which can seat 6 persons – will be able to operate autonomously. Initially, Level 3 autonomous driving will be available. Level 3 autonomous capability is the start of truly autonomous motoring where the driver can set the destination and leave the driving to the computer. However, use of the autonomous feature will only be possible on dedicated highways or lanes. The driver will also have to become ‘involved’ occasionally in complex traffic situations.

4-wheel steering will make parking easy.

In time, the HiPhi X or future models should be able to progress to the more advanced Level 5 which will allow for fully autonomous motoring where the car’s computer’s handles everything, including negotiating jams and parking by itself. That will not only depend on advancements in vehicle technology but also the public infrastructure.

2021 HiPhi X

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RWD or AWD
For emission-free propulsion, the HiPhi X will have rear and all-wheel drive options and use 268-hp Bosch electric motors. Acceleration time is claimed to be under 4 seconds from 0 to 100 km/h.

Customers will be able to choose lithium-ion battery packs according to their anticipated needs. Those who do not foresee travelling out of the city could use a smaller battery pack and for those who expect to do regular long-distance travel, the 96 kWh battery pack could be specified which gives a claimed range of 610 kms.

2021 HiPhi X

2021 HiPhi X

The project is now its final phase of development with a launch planned at the Beijing Auto Show on September 26 and first deliveries to customers starting in 2021. The cars will be built in Jiangsu province to the north of Shanghai at a factory owned by a Dongfeng joint-venture with Kia.

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