Pinned Repositories
.github
Default configuration for @TheAlgorithms repos
74HC595
8-bit serial-in, serial or parallel-out shift register with latches
AA-
C++ Class Library for the book Astronomical Algorithms by Jean Meeus. The library is written by PJ Naughter (http://www.naughter.com/aa.html)
AArch64cryptolib
AArch64cryptolib is a from scratch implementation of cryptographic primitives aiming for optimal performance on Arm A-class cores
AASharp
Astronomical Algorithms in C#
adanet
Fast and flexible AutoML with learning guarantees.
arm-systemready
Arm SystemReady
OpenPLC_Editor
OpenPLC Editor - IDE capable of creating programs for the OpenPLC Runtime
Siemens-Tia-Portal-PID-Controller
Siemens SCL Tia Portal Tia-Portal Bibliothek Source Code like in OSCAT PID PI Regler
zwdsnote
紫微斗数 徐铨仁
babyge's Repositories
babyge/buffalo
buffalo
babyge/ct-ng-samples
Sample files for building crosstool-NG cross-compilers for the Xinu platform
babyge/DDS-Sine-Sweep
A sweeping sine signal source based on the STM8S-Discovery and a cheap AD9850 module. Capable of frequencies from 1Hz to 60MHz.
babyge/difane
difane
babyge/embed
virtual network embedding
babyge/gas-preprocessor
Perl script that implements a subset of the GNU as preprocessor that Apple's as doesn't
babyge/ImageDataset_SceauxCastle
Image of "Chateau de Sceaux", Sceaux castle. France. Photographer: Copyright 2012 Pierre MOULON
babyge/KoyoCLICK
Framework for PLC program file parser/decoder/encoder
babyge/LiquidPLC
Open PLC Software Framework
babyge/MitsubishiFX3
Framework for PLC project files parser/decoder/encoder
babyge/motion
Motion, a software motion detector
babyge/Multimedia-ImageCompression
DCT - Implementing discrete cosine transform (DCT) for converting a signal into elementary frequency components. It is widely used in image compression. Here we develop some simple functions to compute the DCT and to compress images.
babyge/Multimedia-ImageProcessing
Quantization and Subsampling of images. for YUV processing reasons, you will have to convert the image to YUV space, process your subsampling and reconvert it back to RGB space to show the output to display. Remember that if RGB channels are represented by n bits each, then the YUV channels are also represented by the same number of bits. Sub sampling will reduce the number of samples for a channel. When converting back to the RGB space, all the YUV channels have to be of the same size. However the sampling throws away samples, which have to be filled it appropriately by average the neighborhood values.
babyge/open-bldc
OpenSource Brushless Drive Controller - The official repository is at http://github.com/open-bldc/open-bldc
babyge/opensketch
simulation and netfpga code
babyge/PCB_LIB
Cadence Allegro PCB editor footprints
babyge/pshifter
software for phased array T/R modules
babyge/shushulib-1
babyge/STM32F103-DualCDC
STM32F103 Dual CDC
babyge/sundial
True solar time.
babyge/tumanako-inverter-hw-STM32MCU
babyge/tumanako-inverter-hw-STM32SKAIadaptor
babyge/Wireless-Power
Wireless Power Transfer referenced Qi Standard implemented via STM32.