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Algorithms Behind Space Missions ~xRay Pixy

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Learn different algorithms used in Space Missions. Video Link Video Chapters: Algorithms Behind Space Missions 00:00 Introduction 00:52 Space Missions 04:26 Space Missions Challenges 07:04 Algorithms Used in Space Missions 10:36 Optimization Techniques 11:44 Conclusion  NASA conducts space missions to explore the universe for various scientific, technological, and practical reasons: Understanding Our Place in the Universe Search for Life Beyond Earth Studying Earth from Space Advancing Technology Supporting Human Exploration Resource Utilization Inspiring Humanity Examples of NASA Space Missions Apollo Program: Sent humans to the Moon (1969–1972). Mars Rovers (Spirit, Opportunity, Perseverance): Explored Mars' surface and geology. Voyager Missions: Studied the outer planets and interstellar space. Hubble Space Telescope: Captured breathtaking images of the universe. International Space Station (ISS): Supports research in microgravity and international collaboration. Different ...
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Line Drawing Algorithm

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 Line Drawing Algorithm We can specify points with an ordered pair of numbers ( x, y). Where, x = horizontal distance from the origin.      y = vertical distance from the origin.  Suppose 2 endpoints used to specify line at position (x1, y1) and (x2, y2). Line path between endpoints positions (x1, y1) and (x2, y2). The equation for straight line is given by: y = m . c + b Here, m = slope of the line            b  as y-intercept The first endpoint of the line as (x1, y1) The second endpoint of the line (x2, y2) We can calculate values for the slope m and y-intercept b with this equation: 𝑚=(𝑦2−𝑦1)/(𝑥2−𝑥1) b = y1 – m * x1. For any given x interval ∆x along a line. We can compute the corresponding y interval as ∆y as ∆y =m * ∆x  We can obtain x interval ∆x by ∆y.  ∆x = ∆y / m  DDA Algorithm Step 1. Input two Endpoints (x1, y1) and (x2, y2). Step 2: Calculate the difference between two endpoints....
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Cloud Computing Architecture

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Cloud Computing Architecture Divided into 2 Parts It is divided into 2 parts: 1.) The Front End 2.) The Back End Each end is connected to the other through Network (i.e., Internet or virtual network). Cloud Computing Architecture - front End The front end means How users interact with the cloud infrastructure?  Front End: It is the side that is visible to Clients / Computer Users. The front end consists of Applications and infrastructure that is used to access different cloud computing platform. It includes web servers (i.e., Chrome, Firefox, and IE) mobile devices.  Cloud Computing Architecture - Back End Cloud Service Provider [e.g., AWS] maintains Back end. The back End supports the front end. The back end manage different services like Data Storage Virtual Network Security System Traffic Control  Protocols used for communication over the internet Cloud Computing Architecture - Components The client interface provides GUI [i.e., Graphical User Interface] that helps us...
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