``` * **Reasoning:** This title is concise, directly addresses the core concept (binary channel classification, specifically "useless"), includes the exam context (GATE EC 2017, Question 52), and brands the page with "Examprev." It's optimized for search engines and user clarity. **2. Meta Description:** ```html ``` * **Reasoning:** This description expands on the title, explaining the problem's context and the learning outcome. It incorporates several related keywords (lossless, noiseless, deterministic, information theory) and clearly states that it's a "solved question," which can increase click-through rates for students preparing for exams. It also includes the specific question ID. **3. Meta Keywords (Note: While less critical for SEO now, still good practice):** ```html ``` * **Reasoning:** This list includes broad terms related to the topic, specific channel types mentioned, exam context, and the provided keyword. **4. H1 Tag (Main Heading for the Page Content):** ```html

GATE EC 2017 Solved Question: Classifying a Binary Memoryless Channel (Useless)

``` * **Reasoning:** This H1 directly addresses the user's likely intent (solving a GATE question about channel classification), clearly states the exam context, and prominently features the key concept and the answer ("Useless"), making it immediately informative for visitors. It's concise and uses strong keywords.

EC > GATE 2017 SET-2 > Channel Capacity

Consider a binary memoryless channel characterized by the transition probability diagram shown in the figure. The channel is

A

lossless

B

noiseless

C

useless

D

deterministic

Correct : c

Similar Questions

Consider an additive white Gaussian noise (AWGN) channel with bandwidth W and noise power spectral density N0/2. Let Pav denote the average transmit power const...

#171 MCQ

Let the relevant bandwidth (B) of a digital communication system be 1 MHz and kT = −174 dBm/Hz, where k is Boltzmann’s constant and ‘T’ is equivalent noise temp...

#1488 MSQ

Mr. X speaks _________ Japanese _________ Chinese.

#3 MCQ

Related Topics

binary channel analysis lossless channel noiseless channel deterministic channel EC GATE 2017 channel characterization binary memoryless channel GATE EC 2017 channel lossless determination

Unique Visitor Count

Total Unique Visitors

Loading......