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Александр
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Project title: Development of a controller for the device
Type of cooperation: Periodic employment
Section: Engineering. Drawings
Prepayment: without prepayment
Payment methods: Cash, Bank transfer, Electronic money
Acceptance of requests: from 2023-05-06 until 2023-05-21
Type of cooperation: Periodic employment
Section: Engineering. Drawings
Prepayment: without prepayment
Payment methods: Cash, Bank transfer, Electronic money
Acceptance of requests: from 2023-05-06 until 2023-05-21
Project description:
The services of a controller developer are required. It is necessary to develop a device controller to study the features of the eye fields. The device consists of glasses (like ski) with multi-colored LEDs mounted in glass (if possible the smallest in size) and a controller with which you can set the parameters of the LEDs.
LEDs are mounted in glass for each eye in such a way that they allow light to be directed to the center of the eye, as well as to the right and left semifields of the visual field of each eye.
The controller must allow the frequencies and duration of light pulses directed to the center and semi-field of each eye to be set and controlled separately. It should be possible to set the total duration of the session in minutes (from 1 to 60 minutes), as well as the intensity of the glow (brightness) of the LEDs (brightness should not blind, interfere, irritate, as on some gadgets). The controller must have a light indication that will allow you to see the exposed frequency of flickering in hertz at any time with an accuracy of 0.1 hertz for both semifields and the center of each eye.
It is necessary to provide what color LED in each of the semifields and center of the field of each eye will be involved.
In addition, it is necessary to provide the possibility of setting a mode of increasing or decreasing the frequency of flickering of the LEDs of each semifield and center and the time interval (for example, for the left half-field of one eye, the frequency increases within 30 seconds from 1 hertz to 100, in the right half-field decreases within 20 seconds from 60 hertz to 1, while in the center remains constant, set, or also decreases or increases), during which it will occur.
Power - both from the network and from portable DC power cells.
The services of a controller developer are required. It is necessary to develop a device controller to study the features of the eye fields. The device consists of glasses (like ski) with multi-colored LEDs mounted in glass (if possible the smallest in size) and a controller with which you can set the parameters of the LEDs.
LEDs are mounted in glass for each eye in such a way that they allow light to be directed to the center of the eye, as well as to the right and left semifields of the visual field of each eye.
The controller must allow the frequencies and duration of light pulses directed to the center and semi-field of each eye to be set and controlled separately. It should be possible to set the total duration of the session in minutes (from 1 to 60 minutes), as well as the intensity of the glow (brightness) of the LEDs (brightness should not blind, interfere, irritate, as on some gadgets). The controller must have a light indication that will allow you to see the exposed frequency of flickering in hertz at any time with an accuracy of 0.1 hertz for both semifields and the center of each eye.
It is necessary to provide what color LED in each of the semifields and center of the field of each eye will be involved.
In addition, it is necessary to provide the possibility of setting a mode of increasing or decreasing the frequency of flickering of the LEDs of each semifield and center and the time interval (for example, for the left half-field of one eye, the frequency increases within 30 seconds from 1 hertz to 100, in the right half-field decreases within 20 seconds from 60 hertz to 1, while in the center remains constant, set, or also decreases or increases), during which it will occur.
Power - both from the network and from portable DC power cells.
