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DMS-Smart: Driver Monitoring System in Smartphone

ATARGET brings the state-of-the-art driver monitoring system, DMS, to your smartphone. Smart DMS is a DMS system operating on your mobile phone. You can convert your phone to a professional level DMS system. ATARGET DMS-Smart is a fully functional DMS system for smartphones with Qualcomm Snapdragon processors.

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DMS, Driver Monitoring System

ATARGET developed a state-of-the art driver monitoring system, DMS, for automobile applications operating in Linux and Android OS on Qualcomm Snapdragon Automotive Platform using SNPE accelerator. DMS system is run on Snapdragon Hardware with a full support on CPU, GPU and DSP runtimes. It is also ported to Nvidia Automobile Platform with hardware acceleration running at 30fps. Full software stack, hardware specifications, and trainning are provided to Tier 1-2 supplier and producers. System Features: 1. Driver Recognition, 2. Drowsiness Detection, 3. D-scale, 4. Sunglass Identification, 5. Telephone/cigarette Alarm, 6. Cabin Attention Region, 7. Obstacle Detection, 8. Customer specific function

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ADAS AT-C

ADAS AT-C is the complete ADAS system for automotive applications. It takes four camera inputs and process them accordingly. ADAS-AT-C functions include driver drowsiness detection, vehicle, bicycle, and pedestrian detection. It includes advanced software and hardware structure. There is a CAN bus connection to vehicle and the software includes the functionality for data transfer to the cloud. This allows the ADAS-AT-C to implement the ADAS functionality in the cloud.

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DMS Basic

ATARGET offers a very competitive product to implement the basic Driver Monitoring System, DMS, functionality. This is a cost effective version of the full DMS product. It is based on NVIDIA Jetson Nano operating in 14 fps. The basic DMS function includes driver drowsiness detection with D-scale which is the objective counterpart of the Karolinska scale. In addition, gaze detection is performed and driver attention region inside the cabin is identified. For more information on this product, please contact with us.


DMS Basic

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SoDaRCAM

SodaRCAM is a sound detection and ranging camera. This device is mainly a sound camera with the RADAR functionality. It can generate sound images of its environment.

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Fixed Site Shot Detection System

Bora acoustic detection system can be configured for perimeter defense. In this case, several Bora units are positioned in an optimum geometry and the detection of shots are performed in a collaborative manner....

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Vehicle Shot Detection System

Bora can be configured on a vehicle. The system can detect the shots when the vehicle is on the move. The speed of the vehicle is in general not a parameter of the detection performance.

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Wearable Shot Detection System

Acoustic shot detection systems can be designed for wearable mode. ATARGET has the expertise for the design of such systems.

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DORUK Artillery Locating System

Doruk system is an extension to BORA system. Doruk is focused on the artillary, mortar and rocket sounds.Can be standalone or mounted to vehicles.

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DF Systems

DF systems are used to locate the RF energy emitters. ATARGET has developed the most advanced DF systems for localization.

DF systems and algorithms for Fixed, and Mobile Platforms

Band specific DF approaches for HF/VHF/UHF bands

Techniques and algorithms for the resolution of multipath and co-channel interference

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HF DF Systems

High Frequency (HF) band is one of the most challenging domain for direction finding. The size of the antennas, multipath, and gain/phase mismatches present major problems. ATARGET has developed techniques in order to mitigate the problems for accurate DF even in the worst conditions.

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VHF/UHF DF Systems

VHF/UHF band presents several opportunities for direction finding. ATARGET has developed several new techniques for this band in order to use the whole information coming from a RF transmitter.

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Triangulation Systems

Triangulation is a technique for source localization when DF results are used. ATARGET has developed techniques for accurate triangulation and source localization.

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TDOA Systems

Time difference of arrival (TDOA) is an effective technique for source localization. ATARGET uses new techniques for source location which either decrease the number of TDOA sensors or increase accuracy.

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Hybrid Systems

Source localization can be performed by combining different techniques and parameters. The accuracy of source localization can be improved with the hybrid techniques.

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Massive MIMO Systems

Massive multi-input multi-output (MIMO) systems improve the communication quality. ATARGET has a unique expertise for MIMO beamforming systems.

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mmWave Communications

Milimiter wave communications is a promising approach to overcome the spectrum scarcity. ATARGET expertise in this area allows the design of optimum transmit/receive beamformers, perform antenna and user selection.

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Phased Array Radars

Current state-of-the art in radar technology is the phased array radars. ATARGET has developed new techniques for the new generation phased array radar systems.

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Passive Radar

Passive radar is a promising approach for source localization without emitting a radar pulse. ATARGET has developed new techniques to improve the accuracy of the current systems.

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Smart Radar

Next generation radar systems will be software defined. Smart radar takes detection and estimation one step forward.

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Hydrophone Array Systems

The design of hydrophone arrays is a critical task. ATARGET has the expertise for the optimum configuration of hydrophone arrays for different bands.

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Underwater Acoustic Signal Processing

Underwater acoustics is a challenging field where different sources of errors affect the quality of resolution. ATARGET’s expertise in this field is unique leading to new and effective solutions.

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Acoustic DF System

ATARGET Acoustic Direction Finding systems are used in different applications including gunshot detection systems, artillery detection systems, security systems, etc. This laboratory is designed to implement the basic technology behind the multichannel acoustic detection systems. Once this technology is acquired, students can build their own systems for a variety of applications.

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Acoustic DF System: Board Level Approach

Build your high tech laboratory starting from an expert level using state-of-the-art industry level platforms. ATARGET has developed both hardware and software solutions for Acoustic Direction Finding (ADF) and Beamforming systems (ABF) using NI cots products. This solution provides a field proven technology with powerful embedded processing resources allowing the implementation of complex engineering solutions. This open source and reconfigurable environment opens up several opportunities for engineering students. ATARGET laboratory for ADF system is an investment which would return its benefits for many years without losing its value. Chassis of this industry grade platform allows the plug and play integration of modules for different applications. ATARGET ADF and ABF systems are used in different applications including gunshot detection systems, artillery detection systems, security systems, spatial sound and speech separation, acoustic radar, etc.

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ADF and ABF System

Build your high tech laboratory starting from an expert level using state-of-the-art industry level platforms. ATARGET has developed both hardware and software solutions for Acoustic Direction Finding (ADF) and Beamforming systems (ABF) using NI cots products. This solution provides a field proven technology with powerful embedded processing resources allowing the implementation of complex engineering solutions. This open source and reconfigurable environment opens up several opportunities for engineering students. ATARGET laboratory for ADF system is an investment which would return its benefits for many years without losing its value. Chassis of this industry grade platform allows the plug and play integration of modules for different applications. ATARGET ADF and ABF systems are used in different applications including gunshot detection systems, artillery detection systems, security systems, spatial sound and speech separation, acoustic radar, etc.

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Array Processing for Underwater Systems

ATARGET Underwater Training System is composed of state-of-the-art analog-digital systems composed of ultrasound transducers, hydrophone arrays, real-time multichannel input-output and processing systems. This flexible and reconfigurable system allows one to have a set-up composed of a single transducer to set-up of a hydrophone array.

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