Client / Server using named pipes with threads and fork() in C/C++ **Note** You will need to write a client program and a server program for this question to be correct. ** **Cannot use socket** client the client application that will get the command from the user and pass the command to be executed from the command line, parses the command and puts a binary representation of the parse into a shared memory segment. At this point, the client will listen on the read size of a named pipe to get the output from the command. Display this information on standard output. server the server application will listen for requests from clients in shared memory, process these requests when it receives them from the client, and return data back to the client over the connection. The server must be able to handle multiple connections at the same time. The client and server need to communicate with each other using shared memory and named pipes. For each new request in shared memory, the server should start up a new thread. This thread will need to start a new thread for each command; this thread will need to use fork() and exec() to launch the new process for the command to be executed. You will need to keep track of which client has started the connection (the contents of the shared memory will need to include an indication of which client started the process). Client / Server using named pipes with threads and fork() in C/C++ **Note** You will need to write a client program and a server program for this question to be correct. ** **Cannot use socket** client the client application that will get the command from the user and pass the command to be executed from the command line, parses the command and puts a binary representation of the parse into a shared memory segment. At this point, the client will listen on the read size of a named pipe to get the output from the command. Display this information on standard output. server the server application will listen for requests from clients in shared memory, process these requests when it receives them from the client, and return data back to the client over the connection. The server must be able to handle multiple connections at the same time. The client and server need to communicate with each other using shared memory and named pipes. For each new request in shared memory, the server should start up a new thread. This thread will need to start a new thread for each command; this thread will need to use fork() and exec() to launch the new process for the command to be executed. You will need to keep track of which client has started the connection (the contents of the shared memory will need to include an indication of which client started the process). Client / Server using named pipes with threads and fork() in C/C++ **Note** You will need to write a client program and a server program for this question to be correct. ** **Cannot use socket** client the client application that will get the command from th.

1. Company names: Aerial Drones Surveillance Inc. Your company description provides
information on what you do, what differentiates your business from others, and the markets your
business serves?
Solution
Aerial Surveillance Systems, Inc. (ASSI) was created in 2008 and has rapidly become a leader in
this (Aerial Surveillance) highly specialized industry.Aerial surveillance is the gathering of
surveillance, intelligence and reconnaissance (ISR) data (usually visual imagery or video) from
an airborne vehicle—such as a unmanned aerial vehicle (UAV), helicopter, or spy plane.
Surveillance aircrafts use a range of sensors (e.g. radar) to monitor their intended location via
live streaming video, audio and recorded secure data.
ASSI offers a variety of services from acquisition to modification and integration. ASSI is a turn-
key full-service provider with significant global contracts in place and is able to fully integrate
and deliver an ISR Beechcraft 350 within 120 days.
Broadly the services provided are in the following areas:
ASSI provides domestic as well as international aerial surveillance services including emergency
preparedness services, maritime patrol for privacy and or oil spill detection, forestry, border
patrol and other intel gathering data.