describe two signals, one that varies linearity with the independent variable t (time) and a second that varies quadratically with t. As another example, consider the function
This function describes a signal of two independent variables x and y.
Signal
A signal is defined as defined as any physical quantity that varies with time, space or any other independent variable or variables. Mathematically, we describe a signal as a function of one or more independent variables. For example, the functions
describe two signals, one that varies linearity with the independent variable t (time) and a second that varies quadratically with t. As another example, consider the function
This function describes a signal of two independent variables x and y.
describe two signals, one that varies linearity with the independent variable t (time) and a second that varies quadratically with t. As another example, consider the function
This function describes a signal of two independent variables x and y.
Subscribe to:
Post Comments (Atom)
Your blog is very useful for my study, I just started to visit because of my current semester .
ReplyDeletehttp://www.kprblog.in/cse/sem6/it6502-digital-signal-processing/
This could be moreover a terrific content my spouse and i honestly appreciated investigating. It can be by no means daily my spouse and i offer the chance to watch one thing. Crypto signals
ReplyDeleteThis is a really informative knowledge, Thanks for posting this informative Information. Microcontroller and PLC
ReplyDeleteI just want to thank you for sharing your information and your site or blog this is simple but nice Information I’ve ever seen i like it i learn something today. Motivational bracelets
ReplyDelete