IDCT-M is a medium speed 1D IDCT core
-- it can accept a continous stream of 12-bit input words at a rate of
-- 1 bit/ck cycle, operating at 50MHz speed, it can process MP@ML MPEG video
-- the core is 100％ synthesizable
* KeyDebounce accept new key reading, handle timing for debounce & slew
* KeyId Report which key is currently pressed
* KeySlewTimeSet accept slew time for key currently pressed
* DEFINITION
* This a set of math functions that deal with time. The functions accept
* 4-digit time values and 4-digit time of day values. Time values are
* interpreted as hours-minutes and are valid if all digits are numeric and
* 9 or less, except the second-to-last digit must be 5 or less. Time of day
* values are valid if they conform to normally accepted clock values of
* 1:00 to 12:59 for a 12-hour clock or 00:00 to 23:59 for a 24-hour clock.
It can also accept a number of ftp connection (multithreaded), and with most of the commercial ftp server functions. Server supports all basic ftp orders and to provide a simple user interface management, virtual directory support. This article comes from shrimp o
bulk endpoint endless source/sink firmware.
EP2OUT will always accept a bulk OUT
EP4OUT will always accept a bulk OUT
EP6IN will always return a 512 byte packet. The packet contains an
incrementing byte starting at 0x02. Since EP6 always returns a 512
byte packet, this endpoint should never be accessed except with a
high-speed host controller.
EP8IN will continuously return the packet most recently written to
EP4OUT
EverMore company to a GM-X205GPS accept modules as an example, its data formats, as well as application PIC16F874 microcontroller RS232 serial data receiver procedures.
The goal of our final project was to design an efficient elevator simulator that can accept input from a user and mechanically operate (on a small scale) a system of 4 floors and 3 elevators using pulleys and stepper motors. Users enter input using physical pushbuttons or the computer. This input is then processed by the MCU and orders are given to the elevators. We attempted to devise an algorithm that can optimally handle any number of floors. This project seemed like a fun challenge and something that had practical applications. Both of us have been frustrated at times by the inefficiency of some of the elevators here at Cornell, and we wanted to see if we could do a better job.
RunExp.m:
-Changed script into a function.
-Coded to accept the numberofRuns as an Argument.
-Added code for automatic Exit from Matlab and Shutdown of WindowsPC.
