Artificial Intelligence-based Mobile DVR for more Safe Travels

Before going directly to what AI Mobile DVR is, let us first give you an in-depth explanation of the word AI for you to keep up with more crucial information. Artificial intelligence or AI utilizes information and algorithms to imitate human decision-making and cognitive abilities. Financial services, Information and Communication Technology or ICT, Commerce, Medical, Life Science, Industrial Production, Automobile, Oil and Gas, and Chemicals are all using algorithms to assist their systems to learn and address problems on their own.

As the excitement surrounding Artificial Intelligence has grown, businesses have been racing to showcase how AI is used in various services and goods. What companies refer to as AI is frequently just one element of AI, including such machine learning. AI necessitates the application of sophisticated technology and software to write and teach device learning methods.

Generally speaking, Artificial Intelligence systems operate by consuming huge volumes of annotated training information, reviewing the information for relationships and structures, and then using these structures to forecast future events.

For example, by examining millions of instances, a chatbot gives examples of text messages so it can learn to make realistic dialogues with humans, while an image recognition program can teach a device to recognize and identify items in photographs.

AI-Mobile DVR

Because many people are now driving, it has become quite difficult to drive on a road with so many automobiles. As we all know, human driving behavior varies; even if we are practicing safe driving, some motorists and road users are not.

This is where our AI Mobile DVR can come in handy. An AI Mobile DVR includes facial recognition, which can be integrated with other technologies to assist drivers on the road.

The AI Mobile DVR is fitted with drowsiness and reckless driving warnings, largely lowering fatal crashes and saving people’s lives. Simultaneously, the AI Mobile DVR directly sends images or videos of dangerous occasions to the internet via the system’s 4G/3G or WIFI network.

While reducing the percentage of road accidents, the fleet manager is able to recognize their employee’s driving conduct relying on the caution data gathered, working to improve the fleet’s implementation efficiency, reducing the insurance firm’s claim percentage, and relieving some of the public sector departments’ worries. Furthermore, the DMS camera can determine whether or not the driver is the correct driver.

Technologies that can be associated with an AI Mobile DVR for utmost driving protection

An AI Mobile DVR can function on its own with the assistance of a few vehicle cameras, however, if you want to be entirely secure, these are the technologies or devices you should consider adding to your vehicle security system. The best technologies for maximum driving assistance include ADAS, BSD, DMS, and CMS. So, what exactly do these terms mean? Continue reading to learn about the definitions and benefits of each of these terms.

ADAS or Advanced Driver Assistance System

ADAS are technological systems in an automobile that use advanced technology to aid the motorist. ADAS sees the environment around the vehicle using detectors in the car like cameras and radars, and it then delivers data to the operator or takes autonomous reaction depending on whatever it detects.

Some of the basic warnings that an ADAS identifies are as follows:

• Forward collision warning or FCW – It monitors the car’s speed and also the acceleration of the car ahead of it, as well as the unoccupied space all-around the car. If somehow the car goes too near to the car ahead of it, the FCW sensor will warn the driver of a potential crash. Presently, FCW technologies merely transmit an audible alarm indication to the motorist, visual caution display, or another hazard warning, and do not control the car itself.
• Lane Departure Warning or LDW – When a vehicle unintentionally merges into a road lane without utilizing its signal lights, the lane departure warning system or LDW informs the driver. An LDW sensor monitors road markings with cameras to assess if the vehicle is drifting carelessly. This device doesn’t really assume control of the car to assist swing it back into its original lane but rather alerts the motorist an audible or visual alarm.
• Pedestrian Crossing Warning or PCW – Whenever the vehicle detects a crossroad or pedestrian near the road who might potentially cross, the PCW sensor will transmit an audible warning to the driver to slow down and keep eye on the pedestrian on the road.
• Traffic Sign Recognition or TSR – Utilizing image recognition algorithms, traffic sign recognition, or TSR, the device can identify typical traffic signals such as a STOP sign or a NO-TURN sign. This technique uses the pattern of the sign, like hexagons, triangles, and rectangles, as well as the color of it, to categorize the meaning of the sign is indicating to the motorist.

These are just the basic feature or warnings that an ADAS is trained to analyze in order to provide better driving assistance.

BSD or Blind Spot Detection

BSD uses sensors or cameras to monitor the vehicle’s blind regions and alert the motorist if any hazards approach the car. The surrounding behind or to the left or right side of the car that the motorist can’t see from the driving seat is referred to as blind zones. Blind-spot detection systems often work in tandem with urgent stopping technologies to react appropriately if any obstructions are detected in the car’s route.

If a car is detected in the blind area, drivers are given a visual or audio warning, which is usually shown on the vehicle monitor. When motorists engage their turn signals, certain BSD systems provide an audio indication to suggest that merging or changing lanes is dangerous.

Installation

The height of the BSD installation must be greater than 1.65 meters. and we are aware that the majority of installations are done on the truck or bus side. If you select R (right) BSD from the MDVR Menu, it provides two installation options: one with the BSD camera’s lens pointed to the vehicle’s front and installed on the right side, and the other with the BSD camera’s lens pointed to the vehicle’s rear and installed on the left side.

If you choose L (Left) BSD, you will also have two installation options. The lens of the BSD camera is aimed at the front of the vehicle and is installed on the left side. The second installation is to position the BSD camera’s lens to the rear of the vehicle and mount it on the right side.

After you’ve installed the BSD camera, all you have to do is change the following lines:

0-Blue line-longest distance of Vehicle’s Front or Rear-You can ask someone standing there to adjust

1-Yellow Line-Vehicle body line-Use remote control to match well

2-Red line, 3-Yellow line, and 4-Green Line – Width distance of what you want to detect. If someone or another vehicle is in the proximity of the car after it has been correctly adjusted, the audible warning will sound.

As a result, it is incredibly safe and required for all sorts of vehicles. The BSD works well with huge freight trucks since they have so many blind spots and the driver cannot see everything by just depending on the side or rearview mirrors.

DMS or Driver Monitor System

The Driver Fatigue Monitoring System is a unique technology based on a sensor or camera that does not only identifies the driver and also evaluates his or her state of attentiveness. The Driver Monitoring system’s objective is to inform the driver when indicators of tiredness or distraction are identified. Other implementations for the technology, such as driver recognition and control capabilities utilizing the eyes, are also potential. These advancements will lead to increased safety and easier usage of the next phase of driver assistance capabilities.

Through unique sensors, the system analyzes driver head positions, movements, and blinks and outputs a unique signal that is analyzed by specific software to generate various management data.

Tiredness, physical stress degree, gesture assessment, vehicle drivers’ conduct, and other pertinent parameters are incorporated in the findings.

The Driver Monitor System is a cutting-edge technology that delivers alerts to assist in the prevention of accidents and fatalities caused by driver exhaustion.

The Driver Monitor System has 6 basic warnings to ensure safe driving behavior, these are as follows:

• Fatigue Driving Alarm – The DMS can calculate the driver’s weariness using AI facial recognition capabilities. An audible warning will be activated if the DMS detects that the driver is weary based on the appearance of his or her face.
• Driving Smoking Alarm – An AI-based DMS can also detect whether or not the driver is smoking; if this is the case, the device will issue an auditory warning to the driver.
• Using of Phone Alarm – Using a phone while driving is a dangerous habit. The DMS ensures that the driver focuses on driving by issuing an audible warning when it detects that the motorist is using a phone while driving.
• Driver out of detect-area warning – Using a phone while driving is a dangerous habit. The DMS ensures that the driver focuses on driving by issuing an audible warning when it detects that the motorist is using a phone while driving.
• Driver Yawning Warning – When the DMS detects yawning from the driver, it will activate an auditory warning to the driver to stop and relax for a time.
• Distracted Driving Warning – Distractions are defined as anything that takes your attention away from driving. Using a GPS system, conversing with another passenger, and eating while driving is all examples of distracted driving. Either of these distractions has the potential to endanger you, your passengers, and other road users. When distracted driving is identified, the DMS will issue an auditory warning to the driver.

AI Mobile DVR Software: CMS or Centre Management System

The CMS or Centre Management System is a system or program that digitizes video data and stores it to a computer hard disk or similar storage medium.

A CMS software is a one-of-a-kind program that enables fleet managers or vehicle owners to capture video from your car. With the assistance of this program, you can effortlessly track, find, and send notifications to the entire fleet. CMS software also allows managers to access and watch recorded videos on any mobile gadgets or handheld device.

The CMS software enables users to watch and replay footage from vehicle cameras on the monitor screen, the web, or the local network.

CMS Basic Features:

• real-time audio and video monitoring, it can monitor up to 100k vehicles.
• Track vehicle speed and fuel consumption
• PTZ control
• Driving Route Record
• Two-way communication
• GPS and Geo-fence

Conclusion

Monitoring a large fleet of vehicles and guaranteeing the protection of your drivers and customers is critical, which is why AI Mobile DVR can become a great device for businesses to optimize and hand over monitoring to an intelligent security & surveillance system that can guarantee greater safeness, accuracy, and economical.

If you’re interested in this product and its advantages, and you’d want to learn further about how this will improve your business, send us an inquiry and connect with our AI experts and let’s talk about how our AI Mobile DVR can help to make your fleet safer.