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Стартап

DateDate: 8-10-2019, 05:53

 Personal non-property and property rights for the invention belong to the author and protected under current legislation. 
 There are dozens of examples involving the use of technology, quadcopters ( drones ), starting from entertainment and ending military tactical use. Also, special attention will be pridelena the introduction of drones in the provision of our daily life. In this presentation, the author's ideas will be shown of the use of drones in ensuring road safety, which will increase at the expense of maneuverability, traffic light nodes. Yes, it was maneuverability, since the main functionality will be the flight capabilities of traffic light node along with them their light signals . Why and how it will happen, it will be described below.
 So, the traffic safety will increase due to the fact that the drones lights will be able to maneuver on their lanes, allowing drivers to see the signals of the traffic lights much faster and without errors. Agility will be manifested in the movements of these flying devices up and down and side to side. The driver of the vehicle, which will notice a drone traffic light in active mode and with the corresponding signal will be more attentive to the observance of this command signal of the traffic light as the drone the lights will have the opportunity to connect or catch up with a vehicle that tries to violate one or the other signal command. If all road users comply with all the rules of the road, the drone the lights will work in conventional mode, that is standard height and over its lane of traffic.
 Given that the drone traffic light "Innovator" will be able to work for some time battery, which will be located in the standard kit with this unit feature to be available offline, such as when lost electrical power. Also drone traffic light can replace the conventional traffic controller. This will be available because of the agility and autonomy of operation of this device. Traffic light control can be arranged in a temporary mode, for example when moving columns in an irregular intersections, with a separate control panel. As a separate feature, the package may include a built-in video camera that will enable you carry out video fixing entire process of the road and bring the server traffic all these data in on-line mode.
 Charging will occur on the tops of pillars where there will be a special place for recharging these devices. 
 This idea is open to investment, and full of redemption. 
 +380505238948

DateDate: 8-10-2019, 05:47
Intel, together with Brown University, has launched a project to create an intelligent interface for restoring limbs to work after a spinal cord injury.
 
It is reported by ZDNet.
 
The development will also be attended by doctors from the Rhode Island Hospital and Micro-Leads Medical employees who have developed high-precision spinal cord stimulation technology. Part of the funding will be provided by a DARPA grant of $ 6.3 million.
 
Intel will provide hardware and software for the project, as well as help create algorithms that decode nerve impulses.
 
AI will be the basis for special implants that will implant volunteers with spinal cord injuries. The device will pick up motor and sensor signals and transmit them bypassing the damaged area.
 
In the first stages, the implant will use an external computer system to decode the pulses. However, in the future it will become fully autonomous.
 
Artificial intelligence can help not only patients with severe spinal cord injuries, but also those who suffer from chronic back pain. For example, the Kaia Health AI application selects an individual set of exercises for each and monitors the correctness of their implementation.
 
Earlier, experts from the Department of Defense Advanced Defense Research Projects Agency (DARPA) at the US Department of Defense announced their intention to develop special programs that will allow the computer to explain the choice of an action in the process.