This document summarizes a sharing image prototype system that allows users to upload images, geotag the images by dropping them on a Google Map, update the image metadata in a database, and output the image data as a CSV file. The system demonstration includes uploading an image file, setting the image position on the Google Map by dragging and dropping, updating the database with the geotagged position, and generating a CSV of the image metadata from the database.
This document outlines a 7-step business plan for reaching at-risk girls in socially and economically disadvantaged communities. The steps include: 1) Identifying hotspots of at-risk girls, 2) Generating maps of these communities, 3) Paying attention to numbers and risk intensity, 4) Determining eligible girls within locations, 5) Calculating project investment requirements, 6) Identifying stakeholders to invest in reaching one-third of girls in each risk category, and 7) Counting direct and indirect program beneficiaries. The goal is to efficiently target resources to improve outcomes for vulnerable girls through community-based programming.
This document summarizes a sharing image prototype system that allows users to upload images, geotag the images by dropping them on a Google Map, update the image metadata in a database, and output the image data as a CSV file. The system demonstration includes uploading an image file, setting the image position on the Google Map by dragging and dropping, updating the database with the geotagged position, and generating a CSV of the image metadata from the database.
This document outlines a 7-step business plan for reaching at-risk girls in socially and economically disadvantaged communities. The steps include: 1) Identifying hotspots of at-risk girls, 2) Generating maps of these communities, 3) Paying attention to numbers and risk intensity, 4) Determining eligible girls within locations, 5) Calculating project investment requirements, 6) Identifying stakeholders to invest in reaching one-third of girls in each risk category, and 7) Counting direct and indirect program beneficiaries. The goal is to efficiently target resources to improve outcomes for vulnerable girls through community-based programming.
How to be friend with Attiny202 which is small microcontrollerytanno
This document provides instructions for setting up and programming an Attiny202 microcontroller. It describes downloading the required software, connecting an Arduino Duemilanove to program the Attiny202 via UPDI, burning the bootloader to enable programming, and writing an example blinking LED program. The steps include installing the MegaTinyCore board package, wiring the Arduino to program the Attiny202, burning the bootloader, and then uploading a test blinking LED program.
1. The document provides tips for making an effort for a good job, including letting yourself sleep until naturally waking to avoid fatigue, setting learning points from your job as motivation, making minimum goals and plans, checking your daily condition, and thinking about the stream of conversations.
2. It recommends setting learning goals from your work to find meaning and motivation, making minimum goals and plans to stay focused and on track, and checking your daily condition to adjust your workload accordingly to avoid burnout.
3. Following these tips can help reduce the number of times one might be reprimanded by their boss by staying well-rested, motivated, focused, and avoiding overworking.
This document provides instructions for binding OpenCV and Cuda on a Jetson Nano. It summarizes the steps taken which included installing OpenCV via a script that takes about 3 hours. It also provides two optional sections on how to check that OpenCV and Cuda are connected properly and how to set up a WiFi dongle on the Jetson Nano.
This document provides instructions for autorunning a Python script that uses OpenCV to display camera footage on the Jetson Nano. It explains that the script will crash without setting the proper display environment variables. It recommends creating a systemd service unit file to run the script at startup after the graphical environment loads. The provided template sets the user, DISPLAY, and XAUTHORITY variables to ensure the script has authorization to access the display manager and run graphical applications.
1) The document provides instructions for setting up a 3D printer for beginners using an Ender 3 Pro printer. It outlines the steps of purchase, assembly, creating 3D models, slicing files, printer setup, the printing process, and completion.
2) The assembly section notes it can be troublesome but provides YouTube links to help with the process.
3) Settings like temperature, layer size, and calibration of the distance between the nozzle and print bed are described in the printer setup section.
To set up an HTTPS server using a self-signed certificate, you need:
1) A server certificate containing a public key
2) A private key
3) OpenSSL to generate these keys and a self-signed certificate
4) Python code to create an HTTPS server that uses the certificate and key to encrypt communication
However, browsers will display certificate errors because self-signed certificates are not trusted; to resolve this, certificates must be obtained from a trusted certificate authority.
The document discusses how to write code for the Attiny10 microcontroller. It describes the Attiny10 as a small microcontroller and provides its datasheet. It then outlines the steps to write code which include: 1) wiring the Attiny10 to an AVR Mark II programmer with connections for SCK, VCC, RESET and other pins, 2) creating a project in Atmel Studio 7 and writing the code, and 3) programming the code into the Attiny10 using the programmer. It provides a tip about using the PB3 pin for reset and references sample code.
This document discusses how to set up two I2C interfaces on an Attiny841 microcontroller. It evaluates using an Arduino Uno and two Adafruit sensors connected to the Attiny841 via I2C. It recommends using libraries like WireS and software I2C to implement the two I2C interfaces without hardware support. Sample code is provided that controls both I2C interfaces simultaneously on the Attiny841.
This document discusses K-means and X-means clustering algorithms. It provides a high-level overview of the K-means algorithm including initializing cluster centers randomly, calculating new centers as the average of each cluster, and assigning points to the closest center. It then explains X-means, which tests splitting clusters by calculating the variance between a parent cluster and its children. Code examples are provided to calculate center distance averages and dispersions. A GitHub link with sample code is also included.
This document provides a step-by-step introduction to performing a first step support vector machine (SVM) classification. It outlines 5 key steps: 1) plotting the initial data points, 2) defining the border between classes as a perpendicular line between two points, 3) determining the distance between each data point and candidate border lines, 4) selecting the border line with the lowest average distance to points, 5) plotting the final border line. Code for implementing this first step SVM approach can be found at a provided GitHub URL.
This document provides instructions for getting started with using C#/XAML for HTML5 development. It outlines downloading the necessary tool, creating a solution, writing UI and event code, building the project, and viewing the completed application. Key steps include accessing a download link, installing the software beta, selecting an empty application template, defining components and layouts, writing click event details, and being able to view the built HTML output.
How to be friend with Attiny202 which is small microcontrollerytanno
This document provides instructions for setting up and programming an Attiny202 microcontroller. It describes downloading the required software, connecting an Arduino Duemilanove to program the Attiny202 via UPDI, burning the bootloader to enable programming, and writing an example blinking LED program. The steps include installing the MegaTinyCore board package, wiring the Arduino to program the Attiny202, burning the bootloader, and then uploading a test blinking LED program.
1. The document provides tips for making an effort for a good job, including letting yourself sleep until naturally waking to avoid fatigue, setting learning points from your job as motivation, making minimum goals and plans, checking your daily condition, and thinking about the stream of conversations.
2. It recommends setting learning goals from your work to find meaning and motivation, making minimum goals and plans to stay focused and on track, and checking your daily condition to adjust your workload accordingly to avoid burnout.
3. Following these tips can help reduce the number of times one might be reprimanded by their boss by staying well-rested, motivated, focused, and avoiding overworking.
This document provides instructions for binding OpenCV and Cuda on a Jetson Nano. It summarizes the steps taken which included installing OpenCV via a script that takes about 3 hours. It also provides two optional sections on how to check that OpenCV and Cuda are connected properly and how to set up a WiFi dongle on the Jetson Nano.
This document provides instructions for autorunning a Python script that uses OpenCV to display camera footage on the Jetson Nano. It explains that the script will crash without setting the proper display environment variables. It recommends creating a systemd service unit file to run the script at startup after the graphical environment loads. The provided template sets the user, DISPLAY, and XAUTHORITY variables to ensure the script has authorization to access the display manager and run graphical applications.
1) The document provides instructions for setting up a 3D printer for beginners using an Ender 3 Pro printer. It outlines the steps of purchase, assembly, creating 3D models, slicing files, printer setup, the printing process, and completion.
2) The assembly section notes it can be troublesome but provides YouTube links to help with the process.
3) Settings like temperature, layer size, and calibration of the distance between the nozzle and print bed are described in the printer setup section.
To set up an HTTPS server using a self-signed certificate, you need:
1) A server certificate containing a public key
2) A private key
3) OpenSSL to generate these keys and a self-signed certificate
4) Python code to create an HTTPS server that uses the certificate and key to encrypt communication
However, browsers will display certificate errors because self-signed certificates are not trusted; to resolve this, certificates must be obtained from a trusted certificate authority.
The document discusses how to write code for the Attiny10 microcontroller. It describes the Attiny10 as a small microcontroller and provides its datasheet. It then outlines the steps to write code which include: 1) wiring the Attiny10 to an AVR Mark II programmer with connections for SCK, VCC, RESET and other pins, 2) creating a project in Atmel Studio 7 and writing the code, and 3) programming the code into the Attiny10 using the programmer. It provides a tip about using the PB3 pin for reset and references sample code.
This document discusses how to set up two I2C interfaces on an Attiny841 microcontroller. It evaluates using an Arduino Uno and two Adafruit sensors connected to the Attiny841 via I2C. It recommends using libraries like WireS and software I2C to implement the two I2C interfaces without hardware support. Sample code is provided that controls both I2C interfaces simultaneously on the Attiny841.
This document discusses K-means and X-means clustering algorithms. It provides a high-level overview of the K-means algorithm including initializing cluster centers randomly, calculating new centers as the average of each cluster, and assigning points to the closest center. It then explains X-means, which tests splitting clusters by calculating the variance between a parent cluster and its children. Code examples are provided to calculate center distance averages and dispersions. A GitHub link with sample code is also included.
This document provides a step-by-step introduction to performing a first step support vector machine (SVM) classification. It outlines 5 key steps: 1) plotting the initial data points, 2) defining the border between classes as a perpendicular line between two points, 3) determining the distance between each data point and candidate border lines, 4) selecting the border line with the lowest average distance to points, 5) plotting the final border line. Code for implementing this first step SVM approach can be found at a provided GitHub URL.
This document provides instructions for getting started with using C#/XAML for HTML5 development. It outlines downloading the necessary tool, creating a solution, writing UI and event code, building the project, and viewing the completed application. Key steps include accessing a download link, installing the software beta, selecting an empty application template, defining components and layouts, writing click event details, and being able to view the built HTML output.