Tech Video Clips
Notes, Comments or Remarks in C/C++ Programming...
How to add notes and comments to a C or C++ program (the use of the doulbe forward slash // or start and end charaters of forward slash and asterisk...
Notes, Comments or Remarks in C/C++ Programming...
How to add notes and comments to a C or C++ program (the use of the doulbe forward slash // or start and end charaters of forward slash and asterisk...
Observing the Differential Pressure Sensor on a...
The oscilloscope is connected to the signal pin of the pressure sensor. A tube is connected to the port of the pressure sensor. The oscilloscope will monitor the analog voltage...
Observing the Differential Pressure Sensor on a...
The oscilloscope is connected to the signal pin of the pressure sensor. A tube is connected to the port of the pressure sensor. The oscilloscope will monitor the analog voltage...
Modifying the Makefile for AVR
Modifying the make file to make sure the C or AVR-GCC program can be compiled and trasfered into the AVR microcontroller under WINAVR and using the program called mfile. This...
Modifying the Makefile for AVR
Modifying the make file to make sure the C or AVR-GCC program can be compiled and trasfered into the AVR microcontroller under WINAVR and using the program called mfile. This...
Microcontroller Programmer Described
Description of a microcontroller programmer, specifically the USBTiny AVR pocket Progrmmer from SparkFun.com and the USBTiny from adafruit industries.
Microcontroller Programmer Described
Description of a microcontroller programmer, specifically the USBTiny AVR pocket Progrmmer from SparkFun.com and the USBTiny from adafruit industries.
Microcontroller Never Ending Loop (i.e while(1))
Description of the never ending loop for AVR-GCC C or C++ programs to keep the microcontroller on and running using a while statement (while(1){}). One (1) is always gonig to...
Microcontroller Never Ending Loop (i.e while(1))
Description of the never ending loop for AVR-GCC C or C++ programs to keep the microcontroller on and running using a while statement (while(1){}). One (1) is always gonig to...
microcontroller interrupt explanation
*another explanation in the description* Watch with sound! in this video i'll explain the interrupt coding principle. the interrupt example is written to PIC16F887 but the explanation is relavent to...
microcontroller interrupt explanation
*another explanation in the description* Watch with sound! in this video i'll explain the interrupt coding principle. the interrupt example is written to PIC16F887 but the explanation is relavent to...
Making Two Row Headers for Single Row Headers
Inserting two breakaway header strips to form a two row IDC header connector. There are special grooves or slot on one side of the header strip that lock into the...
Making Two Row Headers for Single Row Headers
Inserting two breakaway header strips to form a two row IDC header connector. There are special grooves or slot on one side of the header strip that lock into the...
Making a Solder Bridge to connect Two pads (Spe...
Intentionally solder a solder bridge to connect a solid core wire to a header pin. Specifically for the VCC power.
Making a Solder Bridge to connect Two pads (Spe...
Intentionally solder a solder bridge to connect a solid core wire to a header pin. Specifically for the VCC power.
Making a Solder Bridge to connect Two pads (Spe...
Intentionally solder a solder bridge to connect a solid core wire to a header pin. Specifically for the SCK (Clock Line).
Making a Solder Bridge to connect Two pads (Spe...
Intentionally solder a solder bridge to connect a solid core wire to a header pin. Specifically for the SCK (Clock Line).
Making a Solder Bridge to connect Two pads (Spe...
Intentionally solder a solder bridge to connect a solid core wire to a header pin. Specifically for the Reset.
Making a Solder Bridge to connect Two pads (Spe...
Intentionally solder a solder bridge to connect a solid core wire to a header pin. Specifically for the Reset.
Making a Solder Bridge to connect Two pads (Spe...
Intentionally solder a solder bridge to connect a solid core wire to a header pin. Specifically for the MOSI (Master Out Slave In).
Making a Solder Bridge to connect Two pads (Spe...
Intentionally solder a solder bridge to connect a solid core wire to a header pin. Specifically for the MOSI (Master Out Slave In).
Making a Solder Bridge to connect Two pads (Spe...
Intentionally solder a solder bridge to connect a solid core wire to a header pin. Specifically for the MISO (Master In slave Out).
Making a Solder Bridge to connect Two pads (Spe...
Intentionally solder a solder bridge to connect a solid core wire to a header pin. Specifically for the MISO (Master In slave Out).
Making a Solder Bridge to connect Two pads (Spe...
Intentionally solder a solder bridge to connect a solid core wire to a header pin. Specifically for the GND (ground or 0 volts).
Making a Solder Bridge to connect Two pads (Spe...
Intentionally solder a solder bridge to connect a solid core wire to a header pin. Specifically for the GND (ground or 0 volts).
Make Header Pins Longer
Modifying headers so that the pins of the headers stick out farther from one end.
Make Header Pins Longer
Modifying headers so that the pins of the headers stick out farther from one end.
Main Function Described
Description of the Main function in an AVR GCC C program with the function used as: void main(void) which is without a return.
Main Function Described
Description of the Main function in an AVR GCC C program with the function used as: void main(void) which is without a return.
Machine Learning - Unsupervised Learning - Dime...
dimensionality reductions is taking a dataset with a higher dimensional complexity and reducing the number of dimensions, if the data suggests doing so. For example, if the data set is...
Machine Learning - Unsupervised Learning - Dime...
dimensionality reductions is taking a dataset with a higher dimensional complexity and reducing the number of dimensions, if the data suggests doing so. For example, if the data set is...
Machine Learning - Unsupervised Learning - Dens...
Density Estimation requires the determination of the density of a dataset in a particular location on the graph. for instance, if the data set is a set of real numbers...
Machine Learning - Unsupervised Learning - Dens...
Density Estimation requires the determination of the density of a dataset in a particular location on the graph. for instance, if the data set is a set of real numbers...
Machine Learning - Unsupervised Learning - Clus...
Clustering is where data points have some relation to each other. In a 2 dimensional example, if the data set were points on the 2 dimensional graph and the points...
Machine Learning - Unsupervised Learning - Clus...
Clustering is where data points have some relation to each other. In a 2 dimensional example, if the data set were points on the 2 dimensional graph and the points...
Machine Learning - Unsupervised Learning
Unsupervised learning: given a data set (x1, ... , xn) where x can be points in k dimensional space, or just some other type of data, the goal is to...
Machine Learning - Unsupervised Learning
Unsupervised learning: given a data set (x1, ... , xn) where x can be points in k dimensional space, or just some other type of data, the goal is to...
Machine Learning - Supervised Learning - Regres...
Regression: for example, the xi's are real values and yi's are real values. the points would be represented on the graph as x, y data points. The y would need...
Machine Learning - Supervised Learning - Regres...
Regression: for example, the xi's are real values and yi's are real values. the points would be represented on the graph as x, y data points. The y would need...
Machine Learning - Supervised Learning Defined
Supervised learning: Given a sequence of data, i.e. (x1, y1), ... , (xn, yn). x's (x sub i) are the data points and the y's (y sub i) might be...
Machine Learning - Supervised Learning Defined
Supervised learning: Given a sequence of data, i.e. (x1, y1), ... , (xn, yn). x's (x sub i) are the data points and the y's (y sub i) might be...
Machine Learning - Supervised Learning - Classi...
Classification: Say the x's are in two dimensional space and the x's can be represented on two axes on a graph and the y would be represented by two symbols,...
Machine Learning - Supervised Learning - Classi...
Classification: Say the x's are in two dimensional space and the x's can be represented on two axes on a graph and the y would be represented by two symbols,...
Machine Learning - Supervised Learning - Classi...
Classification: When the yi's are from some finite set. yi ? {finite set} Regression: When the yi's are real valued or they are in d dimensional space.
Machine Learning - Supervised Learning - Classi...
Classification: When the yi's are from some finite set. yi ? {finite set} Regression: When the yi's are real valued or they are in d dimensional space.
Machine Learning - Semi-Supervised Learning
Semi-supervised learning is sort of in-between supervised and unsupervised learning. This is where part of the given data set partly consists of data points "x" that provide the result "y",...
Machine Learning - Semi-Supervised Learning
Semi-supervised learning is sort of in-between supervised and unsupervised learning. This is where part of the given data set partly consists of data points "x" that provide the result "y",...