Outernet seminar ppt
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The Outernet project aims to provide internet access to remote and censored areas of the world using a constellation of small CubeSat satellites. It will involve datacasting content to users via these satellites and ground receiving stations. The system will consist of 14 satellites in low equatorial orbit connected to ground stations, allowing clients with mobile devices to access information without censorship. If successful, Outernet could help connect billions of people and transform telecommunications, education, and access to information globally.
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Outernet ready to present ppt
The Outernet project aims to provide free global access to internet data through low-cost cube satellites and Wi-Fi. It would consist of a constellation of 14 small satellites in low Earth orbit that receive and broadcast data to users worldwide. This would help bridge the digital divide as less than 40% of the global population currently has internet access, especially in rural and remote areas where infrastructure does not exist. The goal is to eventually provide two-way internet access for all.
Outernet
Outernet is a proposed global satellite network that would provide free internet access to anyone in the world. It plans to launch hundreds of small cube satellites into low Earth orbit that would broadcast internet data via WiFi. This would allow anyone with a WiFi-enabled device to access the internet free of charge, even in remote areas without cell towers or internet infrastructure. The goal of Outernet is to make the wealth of online information and opportunities accessible to more of the world's population and provide connectivity during emergencies. It is currently being developed by the US non-profit Media Development Investment Fund and could launch initial test satellites as early as 2015.
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Satellite technology has progressed significantly over the last 50 years and now provides broadband communications, audio/video distribution, navigation, customer service, and military applications. Satellites play an important role in emerging 4G infrastructure and the vision of connectivity anywhere, anytime. Satellites orbit Earth and help with communication, mapping weather, TV, internet, and phone services. There are three main types of orbits - low Earth orbit (LEO), medium Earth orbit (MEO), and geostationary Earth orbit (GEO).
Gps tracking system
The document describes a GPS tracking system that uses GPS technology to determine the precise location of assets. It explains that a GPS tracking unit attaches to an asset and records its position at regular intervals, storing or transmitting the location data. This allows the asset's location to be viewed in real time or analyzed later on a map using tracking software. The document also provides background on GPS technology and its origins for defense purposes using satellite navigation. It describes the components used in a sample GPS tracking system including microcontrollers, GPS modules, resistors, capacitors and LCDs.
Voyager 1 & 2
Voyager 1 and 2 were NASA probes launched in 1977 to study Jupiter and Saturn. They explored these planets, taking the first close-up pictures. Voyager 2 also studied Uranus and Neptune, becoming the only probes to visit those outer planets. The Voyagers continue their journey into interstellar space, making them humanity's furthest voyages.
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This document provides information about Starlink, a satellite internet constellation project led by SpaceX. It discusses what Starlink is, how it works, its advantages and disadvantages. Key points include: Starlink plans to launch 12,000 satellites to provide global high-speed internet access. It will use low Earth orbit satellites and phased array antennas. Current advantages are high speeds and availability for remote areas, while disadvantages include limited availability currently and potential interference from weather.
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Outernet ready to present ppt
The Outernet project aims to provide free global access to internet data through low-cost cube satellites and Wi-Fi. It would consist of a constellation of 14 small satellites in low Earth orbit that receive and broadcast data to users worldwide. This would help bridge the digital divide as less than 40% of the global population currently has internet access, especially in rural and remote areas where infrastructure does not exist. The goal is to eventually provide two-way internet access for all.
Outernet
Outernet is a proposed global satellite network that would provide free internet access to anyone in the world. It plans to launch hundreds of small cube satellites into low Earth orbit that would broadcast internet data via WiFi. This would allow anyone with a WiFi-enabled device to access the internet free of charge, even in remote areas without cell towers or internet infrastructure. The goal of Outernet is to make the wealth of online information and opportunities accessible to more of the world's population and provide connectivity during emergencies. It is currently being developed by the US non-profit Media Development Investment Fund and could launch initial test satellites as early as 2015.
orbit information around tthe earth
Satellite technology has progressed significantly over the last 50 years and now provides broadband communications, audio/video distribution, navigation, customer service, and military applications. Satellites play an important role in emerging 4G infrastructure and the vision of connectivity anywhere, anytime. Satellites orbit Earth and help with communication, mapping weather, TV, internet, and phone services. There are three main types of orbits - low Earth orbit (LEO), medium Earth orbit (MEO), and geostationary Earth orbit (GEO).
Gps tracking system
The document describes a GPS tracking system that uses GPS technology to determine the precise location of assets. It explains that a GPS tracking unit attaches to an asset and records its position at regular intervals, storing or transmitting the location data. This allows the asset's location to be viewed in real time or analyzed later on a map using tracking software. The document also provides background on GPS technology and its origins for defense purposes using satellite navigation. It describes the components used in a sample GPS tracking system including microcontrollers, GPS modules, resistors, capacitors and LCDs.
Voyager 1 & 2
Voyager 1 and 2 were NASA probes launched in 1977 to study Jupiter and Saturn. They explored these planets, taking the first close-up pictures. Voyager 2 also studied Uranus and Neptune, becoming the only probes to visit those outer planets. The Voyagers continue their journey into interstellar space, making them humanity's furthest voyages.
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This document provides information about space exploration and notable figures in space history. It discusses the first artificial satellite (Sputnik 1), the first humans to orbit Earth (Yuri Gagarin) and walk on the moon (Neil Armstrong, Eugene Cernan), the first woman in space (Valentina Tereshkova), and Indian achievements like Rakesh Sharma being the first Indian in space and the Mars Orbiter Mission. It also briefly describes the International Space Station and provides some bonus facts about space.
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Nasa
NASA's mission is to pioneer space exploration, scientific discovery, and aeronautics research. It has six strategic goals including completing the International Space Station, developing a new crew vehicle after the shuttle's retirement, and establishing a lunar return program. NASA is organized into four mission directorates: Aeronautics, Exploration Systems, Science, and Space Operations. The document provides a brief history of NASA and outlines some of its current and future missions including completing the ISS, returning to the moon by 2020, and developing new technologies to explore beyond low Earth orbit.
Best Practices for the Development of CubeSat Missions
As the demand for #CubeSats continues to increase, it is important for those who are developing CubeSat missions to be aware of best practices. This will help to ensure that missions are successful and that the CubeSats are able to achieve their objectives.
Some of the best practices for the development of CubeSat missions include:
1. Define the mission objectives clearly and ensure that they are achievable.
2. Develop a detailed plan for the mission and communicate it to all team members.
3. Select the appropriate CubeSat platform and subsystems for the mission.
4. Thoroughly test the CubeSat before launch.
5. Monitor the CubeSat during its mission and be prepared to respond to any problems that may arise.
By following these best practices, the development of successful CubeSat missions will be more likely.
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OUTERNET
The document discusses the Outernet project, which aims to provide free internet access to the entire world using a constellation of CubeSats or small satellites in low Earth orbit. The Outernet satellites would broadcast data via WiFi that could be received using hotspots on the ground. Hundreds of CubeSats would be launched to transmit educational, news, and emergency information. The Outernet system would help bridge the digital divide by serving areas without traditional internet access. It would use disruption tolerant networking protocols to broadcast data to users who could then share content locally. The goal is to deliver a basic level of information globally for free to help more of the world's population access knowledge.
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Some of the best practices for the development of CubeSat missions include:
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Reference Guide To The International Space Station
The International Space Station is a unique place – a convergence of science, technology and human innovation that demonstrates new technologies and makes research breakthroughs not possible on Earth.
It is a microgravity laboratory in which an international crew of six people live and work while traveling at a speed of five miles per second, orbiting Earth every 90 minutes.
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satellite.ppt
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- 3. • Nearly 5 billion people today lack basic internet access either because they live in remote, rural areas or due to restrictive censorship on the part of the local government. • But where the internet has failed, the Outernet hopes to succeed. • It's working to get a new breed of satellite-based communication off the ground, promising to give even the most remote corners of the globe access to the whole of humanity's collective knowledge.
- 4. The project would involve using data casting and User Datagram Protocol through hundreds of CubeSats measuring 10 cm (3.9 in) each.
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- 6. The project consists of three segments … 1) Space Segment -Space Segment consists of 14 satellites evenly spaced at a distance of 900km in circular equatorial orbit. 2) Ground segment - This segment consists of several ground stations spread around the equator of the earth. Due to constellation’s equatorial orbit, each of the satellites will pass every ground station during every orbit.
- 7. 3) User Segment-The user segment consist of clients who wish to use the Outernet Service via their mobiles or tablets.
- 15. •An essential piece of your disaster kit. •Free information and end censorship. •Truly universal education. •Game changer in the telecom and broadband industry. •Highly beneficial in remote areas.