Embedded - ->for u

Answer is A

Answer is C.. Thanks to all those who sent answer..

Refer to the figure given above. Which diode arrangement will supply a negative output voltage?

Here comes the answer.. #include <iostream> using namespace std; int pow(int a, int b) {     if (b == 0)         return 1;     int res = 0;     int power = pow(a, b - 1);     for (int i = 0; i < a; i++)         res += power;     return res; }   // main function int main() {     cout << pow(7, 3);     return 0; }

Here comes today's question.. Implement power function without using multiplication and division operators

Getting back to questions bcos of many requests to continue it again..

👉 In BDMA technology, the base station allocates separate antenna beam to each mobile phone or mobile stations. 👉 All the mobile stations communicate with base station when these are in its line-of-sight (LoS) and all the beams are distinct for each individual station. So simultaneous data transmission is possible to different mobile stations at different angles. 👉 To support more number of users, the beam should b divided. Mobile stations located at similar angles can share one beam to communicate with the base station using TDMA. 👉 This scheme significantly reduces the overhead of channel estimation, as well as, the processing complexity at transceivers.

👉 In FDMA, frequencies are allocated permanently and hence spectrum will be wasted when stations are not transmitting or receiving. 👉 In TDMA, Multipath interference affects call quality. Switching from one base station cell to the other cell results into dropped calls.

BDMA Technology Work in 5G Network Beam-division multiple-access (BDMA) scheme has been proposed to increase wireless communication system capacity and handle a large number of users in 5th Generation (5G) systems.

But why Edge Computing? Imagine a case of a self-driving car where the car is sending a live data continuously to the central servers. Now, the car has to take a crucial decision. The consequences can be disastrous ,if the car waits for the central servers to process the data and respond back to it.  👉 Ability to process and store data faster(low latency) 👉 Cost-effective Data Processing Solution 👉 Security At The Highest Level 👉 The system is capable to work even when disconnected to cloud servers. 👉 It ensures privacy by avoiding sending all raw data to be stored and processed on cloud servers.

What Are Edge Devices? Any device which produces data can be an edge device.It could be sensors, industrial machines, routers, WANs, switch, etc. They will act as small data centers that are able to communicate important information with each other.

Edge Computing Gartner defines edge computing as “a part of a distributed computing topology in which information processing is located close to the edge – where things and people produce or consume that information.” Its nothing but “Think Globally,Act Locally“ The growth of the Internet of Things (IoT)and the success of cloud services have pushed the horizon of a new computing paradigm.Edge computing, which calls for processing the data at the edge of the network. Building a successful IoT solution depends on the tens of billions of devices that sit at the edge, in our homes and offices.

Send your ideas to Email: info.embeddedfru@gmail.com

We are getting high traffic on this enquiries.. Expect delay in response.. Don't keep ur idea.. Let it explore the world..