Implement a digital module that send the same output values as defined in the following truth table in Table 1. Input: a,b,c (1 bit) Output: y (1 bit)

You're not sure what the data represents, but you've been told it uses a dual layer obfuscation as follows: Hex with "\x" delimiter Base64 with standard alphabet After you de-obfuscate the given Hex dats, what information do you find? Do some research. What have you found? NOTE: DO NOT BROWSE THESE! Hint: focus on the strings following "/". Essentially, this practical has two stages: 1. De-obfuscate the Hex and give the output. 2. Research the nature of what you found and identify it.

Hi, I am looking for some help to solve this question. I cannot figure out how to solve it and the code below is all I have. Please be advised I am using PostgreSQL. Thus, I must use LANGUAGE PLPGSLQ as that is what the professor is looking for. Thank you for your help. Code CREATE TABLE instructor_course_nums (ID VARCHAR(25), name VARCHAR(25), tot_courses VARCHAR(25)); CREATE TEMPORARY TABLE instructor_course_nums (ID VARCHAR(5),name VARCHAR(20),tot_courses INTEGER); CREATE OR REPLACE PROCEDURE Moreno_03_insCourseNumsProc(INOUT i_ID VARCHAR(5))LANGUAGE PLPGSQLAS$$

You write "call puts wrt ..plt" and assemble, link, and run the code. a. What does the call point to? b. What does the PLT entry point to? c. What does the GOT entry point to? d. Who fills in the PLT entry? The assembler, the linker, or the loader? e. Who fills in the GOT entry? The assembler, the linker, or the loader?