Business Management

Author: haroon

  • KEY TERMS AND CONCEPTS

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    The Standard for Project Management reflects the progression of the profession. Organizations expect projects to deliver outcomes in addition to outputs and artifacts. Project managers are expected to deliver projects that create value for the organization and stakeholders within the organization’s system for value delivery. The following terms are defined to provide context for the content…

  • PURPOSE OF THE STANDARD FOR PROJECT MANAGEMENT

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    The Standard for Project Management provides a basis for understanding project management and how it enables intended outcomes. This standard applies regardless of industry, location, size, or delivery approach, for example, predictive, hybrid, or adaptive. It describes the system within which projects operate, including governance, possible functions, the project environment, and considerations for the relationship between…

  • Introduction

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    The Standard for Project Management identifies project management principles that guide the behaviors and actions of project professionals and other stakeholders who work on or are engaged with projects. This introductory section describes the purpose of this standard, defines key terms and concepts, and identifies the audience for the standard. The Standard for Project Management consists of…

  • The Negative Temperature Coefficient (NTC) Sensor with Processing

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    When we connect the Temperature Indicator sketch to Processing, the thermistor temperature data from the sketch will be displayed in the Processing IDE Console Monitor, as well as on the main screen of the computer. The layout of this Processing canvas is simple. The graphics consist of two rectangular boxes with fluttering horizontal lines. The fluttering…

  • Upload the Temperature Indicator Sketch

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    After building the Temperature Indicator circuit and checking for wiring errors, it is time to upload the sketch. Example 20-1 sends analog information to the Arduino IDE (integrated development environment) Serial Monitor, and displays a series of numbers based on the thermistor’s change in resistance. It uses the same serial communication technique used in to talk with the Processing…

  • Let’s Build a Temperature Indicator

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    As shown in Figure 20-1, the breadboard analog circuit is quite simple to build, and requires only a thermistor and a 10KΩ fixed resistor wired in series. Where the two components are tied together, a jumper wire connects between them and pin A3 of the Arduino microcontroller. The Temperature Indicator can be built using the Fritzing wiring diagram…

  • Parts List

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    Figure 20-1. The Temperature Indicator

  • Introduction

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    Here’s an awesome project that allows you to quickly check the temperature of the environment using a few electronic components. This temperature indicator uses a small electronic sensor called a thermistor, which changes its resistance—the way electricity flows through it—depending on the temperature. The electronic components to build this gadget are shown in the Parts List. The Temperature…

  • The Rocket Launcher with Processing

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    The numbers from the MultiDigital4 sketch will be interpreted by Processing and used to drive a cool graphics screen, with color numbers and text. The layout of the Processing canvas is similar to the projects (with obvious differences in text and animation). After uploading the Rocket Game sketch to the Arduino, a jumbled blob of text…

  • Upload the MultiDigital4 Sketch

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    haroon
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    After building the Rocket Game pushbutton circuit and checking for wiring errors, it is time to upload the sketch. Example 19-1 sends digital information to the Arduino IDE (integrated development environment) Serial Monitor, displaying the numbers 0, 1, 2, and 4 with each individual press of the four pushbutton switches. The serial communication technique used in remains the same…