Educational complex for studying the basics of artificial intelligence ARTINTRACK PRO

La description

The complex allows you to study the basics of artificial intelligence, the basics of building and training neural networks.

The kit includes at least 8 elements:

• Microcomputer with a graphics accelerator Artintrack 1 pc.
• Connecting wire 1 pc.
• Trackduino controller 1pc.
• USB HD Camera 1 pc.
• 9 V battery case 1 pc.
• Charger 1 pc.
• Micro HDMI HDMI wire 1 pcs.
• USB cable 1 pc.

Technical characteristics of the Artintrack microcomputer

• 1 1 + pre-installed trained models of neural networks (recognition of up to 1 0 0 0 objects, emotions, gender, age of a person, gestures, etc.);
• CPU: 6 4 -bit;
• RAM: 4 GB;
• Flash: 1 6 GB;
• Built-in accelerator to speed up video stream processing;
• Mounting connectors compatible with Robotrack kits;
• Connection via UART or Wi-Fi port;
• Cooling system.

The Artintrack module is used to learn the basics of artificial intelligence and computer vision. Ready-made scripts will allow you to transfer the results of the neural networks to the controller for controlling robotic models. For teaching the basics of working with neural networks, an additional special software NNWIZARD is included

Camcorder Specifications

• Sensor: OV 9 7 1 2
• Matrix size: 1 / 4 inch
• Maximum resolution: 1 2 8 0 x 7 2 0
• Image format: YUV2 (YUYV), MJPEG
• Frame rate: 1 2 8 0 x 7 2 0 3 0 fps
• USB - protocol: USB 2 . 0 HS / FS
• Supports OTG protocol: USB 2 . 0 OTG
• Automatic exposure control AEC: yes
• Auto white balance AEB: yes
• AGC support: yes
• Adjustable parameters: brightness, contrast, color saturation, hue, sharpness, gamma
• Supported resolutions: 1 6 0 x 1 2 0 , 1 7 6 × 1 4 4 , 3 2 0 x 2 4 0 , 3 5 2 x 2 8 8 , 6 4 0 x 4 8 0 , 8 0 0 x 6 0 0 , 9 6 0 × 7 2 0 , 1 2 8 0 × 7 2 0
• Working voltage: 5V DC
• Working current: 1 2 0 mA ~ 2 2 0 mA
• Focal length: 1 2 mm
• Field of view: 1 7 degrees (depending on the lens up to 1 4 4 degrees)
• Working temperature: from - 2 0 to + 7 0 gr.C
• Installation size: 3 8 x 3 8 mm (compatible with 3 2 x 3 2 mm)
• Supported systems: WinXP / Vista / Win7 / Win8 / Linux (above Linux - 2 . 6 . 2 6 ) / MAC-OS X 1 0 . 4 . 8 or later / Android 4 . 0 or above
• Weight 8 2 g.

Technical characteristics of the Trackduino controller

• 1 6 general-purpose -output ports (GPIO), divided into 4 groups, the first "IN 1" - "IN 4" and the third "OUT 1" - "OUT 4" of the group of ports are connected through the corresponding voltage selectors to the step-down voltage stabilizers for 5 V and 3, 3 B, the second "IN 5" - "IN 8" and the fourth "OUT 5" - "OUT 8" of the port group are connected to a 5 V buck regulator.
• 2 UART interfaces with power supply.
• 1 interface ArduinoUnoR 3, independent of any ports.
• 1 port for connecting microSD cards.
• 1 circuit for automatic power switching between external power supply and USB.
• 1 tri-color LED.
• 1 on / off .
• 1 USB Type B port.
• Working voltage- not less than 5V
• Input voltage - no more than 1 2 V
• Maximum voltage - not less than 1 8 V
• 4 ports for connecting motors.
• Presence of the possibility of 1 Bluetooth connection.
• Presence of two I 2 C interfaces.
• Presence of 1 IСSP interface.
• Presence of 5 control s

BATTERY SPECIFICATIONS

1. Output voltage 1 1 . 1 V.
2. Capacity 4 0 0 0 mAh.
3. The maximum charging voltage is 1 2 . 6 V.
4. Short circuit protection - yes.
5. Overcharge protection - yes.
6. Overdischarge protection - yes.
7. Working temperature - 2 0 to + 4 0 ° C.
8. Service life is not less than 2 years.
9. The number of working cycles of charge / discharge 9 0 0.

CHARGER SPECIFICATIONS

1. Input voltage 1 0 0 - 2 2 0 V
2. Input current 2 6 0 mA
3. Output voltage 1 2 . 6 V
4. Output current 1 0 0 0 mA.
5. Charge indication - yes.

The laboratory also includes an educational and methodological complex designed for children of elementary, middle and high school. 
 

The educational-methodical complex contains 3 blocks. 1 and 2 block allows children of different ages to study the basics of building and teaching neural networks, their prospects for development and use in modern society with the help of courses: "artificial intelligence in the world" (intended for children from 1 0 years old) "study of the fundamentals of artificial intelligence" ( intended for children from 1 2 years old).

The first block contains 1 0 lessons. The duration of one lesson is 1 0 0 minutes. In the course of work on the course, junior schoolchildren will learn what artificial intelligence is, get acquainted with such concepts: "human brain", "intelligence", "artificial intelligence". They will study the history of the development of artificial intelligence and neural networks. They will learn to understand the importance of neural networks in our time and their use for underwater, air, and ground robotics. They will find out why artificial intelligence is used in computer games and sports. They will continue to study neural networks using the example of tasks related to the determination of human emotions. Learn to develop their own projects using neural networks. The course includes an outline for each lesson, videos, animated videos, and demonstration materials for the teacher.

The second block contains 1 5 lessons. The duration of one lesson is 1 0 0 minutes. In the course of work in the classroom, knowledge will be formed about the history of the emergence of AI (including neural networks), the principles of operation of various types of neural networks, the significance and prospects of using neural networks in the modern world, etc. The block contains a workshop on the use of neural networks (recognition and detection of text, handwritten numbers, human faces, etc.). The structure of the block contains: Plan-synopsis, demonstration materials for the teacher (presentation for the lesson in pdf format.), Video materials (at least one video clip), animated video.

Both blocks assume the use of ready-made trained neural networks. With their help, children in practice can learn to use artificial intelligence to recognize text, images, emotions, gestures, human age and much more.

The third block is intended for children from 1 2 years old and will allow you to learn how to develop neural networks "from scratch" in a special visualized environment NNWizard. The program is unique in that even if you do not know any programming language, you can still learn how to develop neural networks using special visualized blocks, train and check the viability of your neural networks using robotic kits. The video course contains 1 8 videos that allow you to learn how to develop your own neural networks using the "step by step" technology.