I do not have access to any videos mentioned in the document. Could you please provide more details about the specific points you would like me to summarize?
The document provides information on how car GPS navigation systems work and details on map-based and voice-based systems. It explains that GPS uses a network of satellites to calculate a car's position and then a map program guides the car to its destination. If the car gets off course, the GPS plots a new route. The document also provides details on how GPS calculates location using signals from multiple satellites and how the navigation system features maps that know street locations.
This document discusses how car navigation systems work using GPS. It explains that car navigation systems use signals from GPS satellites to determine the exact location and direction of a car. The document also provides step-by-step instructions for using a map-based GPS car navigation system. Several key details are covered, such as how the system gets signals from at least four GPS satellites and features like built-in maps. While some technical aspects are complex, overall the writing is clear and comprehensible.
GeoSMS is a satellite monitoring application that allows users to track the location of objects in real-time via SMS messages. It works by connecting to a mobile device's GPS module and satellite system to get very accurate geographic coordinates, which are then sent as text messages to a designated contact. The application refreshes the location every 30 minutes by default and sends an SMS with the updated longitude, latitude, altitude, and time. GeoSMS provides a cheaper alternative to expensive vehicle tracking systems and can be used to monitor the location of cars, people, or anything that moves.
The document summarizes how GPS navigation systems work and how to use a map-based car navigation system. It explains that GPS navigation systems either use a monitor to display maps or use voice recognition and text displays. It then provides step-by-step instructions for using an Alpine map-based navigation system, including selecting a destination and following turn-by-turn prompts. It also discusses how GPS satellites and the navigation system work together to provide location services.
The document summarizes how GPS navigation systems work and how to use a map-based car navigation system. It explains that GPS navigation systems either use a monitor to display maps or use voice recognition and text displays. It then provides step-by-step instructions for using an Alpine map-based navigation system, including selecting a destination and following turn-by-turn prompts. It also discusses how GPS satellites and the navigation system work together to provide location services.
Car navigation systems use GPS satellites to determine location. GPS satellites have atomic clocks and radio transmitters that allow a car's GPS to receive signals from nearby satellites slightly before more distant ones. This allows the car navigation system, which has a detailed built-in map, to precisely pinpoint the car's location on Earth. The article provides a basic explanation of how GPS is used in car navigation systems to calculate a vehicle's position.
This document contains summaries of 10 peer review exercises that discuss GPS, car navigation systems, and how to track cell phones using GPS services. The summaries explain how car navigation systems use GPS satellites to calculate a user's location and provide turn-by-turn directions, and how GPS tracking services like Family Locator and MobileMe allow users to view the real-time location of a cell phone on a map. The summaries are concise explanations of the key points made in each peer review exercise.
The document discusses GPS navigation systems and how they work. It explains that GPS uses satellites to tell receivers their location on Earth by calculating distances to multiple satellites. The sections clearly explain GPS concepts like how receivers determine location. Details include step-by-step navigation instructions and explanations of GPS satellites and calculating location. While specific directions may confuse without seeing the screen, the writing is good overall for explaining GPS navigation systems clearly through individual sections and headings.
This article discusses how car navigation systems work and their relationship to GPS. It explains that car navigation systems rely on GPS to determine location. GPS receives signals from satellites that provide time, position and identity data to calculate the distance between the GPS in the car and each satellite, allowing it to determine the car's position using at least four satellites. While the relationship between car navigation and GPS is described clearly, the article could provide more details about other systems and functions of car navigation.
This document summarizes the key points about a car navigation system. It explains that a car navigation system uses GPS and satellites to determine a car's exact location. It receives location information from 4 satellites to work. The navigation system is very convenient for traveling somewhere unknown.
The document discusses car navigation systems. It describes how car navigation systems use GPS to determine location and display it on a map. The system can then provide directions to other locations by using its database of roads. The document also discusses details like how maps are stored and updated, and points of interest that may be included.
The document provides instructions for using a map-based car navigation system. It explains that car navigation systems use GPS and satellites to determine location and then display maps to guide users to destinations. The instructions describe how to select a destination, choose a route, and listen to voice prompts to make turns. It also notes that the navigation screen will change to show turning directions as the destination is approached.
The document discusses two articles about GPS functions. The first article explains the functions of GPS and how it is used in car navigation systems. It describes how GPS calculates routes and destinations using maps. The second article provides more details on GPS, explaining that it detects location using satellites. Both articles clearly explain the concepts in an easy to understand way without any errors. While they provide a good overview, adding diagrams could help illustrate the topics.
The document discusses car navigation systems and map-based GPS. It provides instructions on how to use these systems to find destinations without needing to know the address. The systems make use of satellites and global positioning to pinpoint a user's location. They then guide users to their destination with voice directions that are easy to understand. Limitations include systems not working properly in areas with strong electromagnetic interference.
The document discusses how car navigation systems and GPS work. It provides details about how GPS locates a receiver using satellites and how car navigation uses GPS to provide location and directions. It also discusses how to operate a car navigation system and buttons to select destinations and view screens. While most of the writing is clear, it could be improved by removing unrelated advertisements, adding links between related sections, and including images to illustrate technical points.
The document discusses how car navigation systems work. It provides step-by-step instructions for using a map-based GPS car navigation system, explaining how to display the map of your desired destination and choose a location by using the up/down keys and enter button. It also mentions that other navigation systems use voice recognition or a text display to provide directions.
The document discusses several articles about car navigation systems. It provides details on how car navigation systems work using GPS to determine location and plot routes. The document asks questions to evaluate the articles, including whether sections are clear, what details are included, if anything is confusing, what is done well in the writing, and suggestions for improvement. Key points are that GPS uses satellite signals to determine location and car navigation systems use this to show maps and routes, some steps may need images for clarity, and sections could be standardized in length and detail.
The document provides instructions for a peer review exercise involving reviewing articles about GPS navigation systems. It includes 9 questions requiring responses of at least 75 words each. The questions ask the reviewer to summarize the main ideas, evaluate how clearly the sections are organized, identify what details are included, point out any confusing aspects, assess what is good about the writing, identify any errors, and make suggestions for improving the articles. The reviewer is also asked to identify 3 basic differences between how their group would author a similar document.
The document discusses two articles about car navigation systems. The first article explains how car navigation systems work using GPS satellites. It describes how GPS satellites synchronize with each other using atomic clocks and how the satellite positioning allows a car's location to be determined. The second article discusses how to use a car navigation system, including how to navigate to a known destination and an unknown destination. It provides step-by-step instructions for entering a destination and selecting a route when traveling to a known location.
The document discusses how GPS navigation systems work in cars. It provides step-by-step instructions for using a map-based GPS navigation system, including turning on the car and system, entering a destination address, and using buttons to display the map and route. It also mentions that some systems use voice commands or text displays instead of maps. The writing is clear and easy to understand for explaining how to operate a car navigation system.
The document discusses car navigation systems and provides details about how they work. It notes that car navigation systems use GPS and satellites to determine the car's location and plot routes to destinations entered by the user. The system guides the driver with turn-by-turn voice directions and visual maps. It also continuously tracks the car's progress and updates the route if the driver gets off course.
The document discusses car navigation systems and provides details about how they work. It notes that car navigation systems use GPS and satellites to determine the car's location and plot routes to destinations entered by the user. The system guides the driver with turn-by-turn voice directions and visual maps. It also continuously tracks the car's progress and updates the route if the driver gets off course.
The document discusses car navigation systems. It describes how car navigation works using GPS satellites to determine location and then provides turn-by-turn directions to destinations entered by address or phone number. It notes that navigation helps ensure safe driving by providing voice and map guidance at each turn.
This document provides instructions for using a car navigation system in 10 sections. It explains how to select destinations, choose routes, and use features like GPS. While it outlines the basic process, some sections note that additional details and photographs would help users better understand how to operate the specific systems. The explanations are brief and could be improved by using formatting to highlight important steps and adding visual elements.
The document provides information about how to use a car navigation system. It explains that car navigation guides the route from the current location to the destination using GPS. GPS stands for Global Positioning System and allows the system to locate the current position on Earth. The document then discusses how the individual sections and headings clearly communicate the ideas. It also notes that details about how navigation systems work and how GPS is used are included. While some terms were difficult to understand due to English skill level, the overall organization was good. There were minor errors but no major issues.
The document discusses the usefulness of car navigation systems and provides details on their structure and operation. It explains that car navigation allows users to easily plot routes to destinations using built-in maps and GPS. However, some technical terms used to describe the structure could be confusing. It suggests clarifying topics with introductory sentences and subheadings to improve understanding.
The document discusses two articles about car navigation systems. The first article explains how to use a car navigation system step-by-step, including selecting a destination and choosing a route. The second article covers car navigation basics, how GPS satellites are used to calculate location, and how to plan a trip. The document also asks questions about the content and structure of the articles.
1. The presenters will give an in-class presentation about software using Gom player. They will introduce the software, explain its main advantages, and demonstrate how it works through screenshots and a video.
2. Some key features of Gom player that make it unique are that anyone can use it for free to play various animations, play saved animations in different environments, edit animations, and play DVDs, and it has an easy interface for beginners.
3. Competitor software includes Windows Media Player, iTunes, and RealPlayer, which each allow playing media but have different histories and focuses - WMP has the longest history, iTunes focuses on music, and RealPlayer can play
The presentation introduces Gom Player software. It discusses including the title slide with presenters' names, describing the software's primary purpose and advantages over competitors like Firefox, showing screenshots of how Gom Player works, listing 5 major features that make it unique including being free and easy to use, and demonstrating some basic functions through a sequence of steps. Competitor software like Windows Media Player, iTunes, and RealPlayer are also briefly discussed.
The document discusses GPS navigation systems and how they work. It explains that GPS uses satellites to tell receivers their location on Earth by calculating distances to multiple satellites. The sections clearly explain GPS concepts like how receivers determine location. Details include step-by-step navigation instructions and explanations of GPS satellites and calculating location. While specific directions may confuse without seeing the screen, the writing is good overall for explaining GPS navigation systems clearly through individual sections and headings.
This article discusses how car navigation systems work and their relationship to GPS. It explains that car navigation systems rely on GPS to determine location. GPS receives signals from satellites that provide time, position and identity data to calculate the distance between the GPS in the car and each satellite, allowing it to determine the car's position using at least four satellites. While the relationship between car navigation and GPS is described clearly, the article could provide more details about other systems and functions of car navigation.
This document summarizes the key points about a car navigation system. It explains that a car navigation system uses GPS and satellites to determine a car's exact location. It receives location information from 4 satellites to work. The navigation system is very convenient for traveling somewhere unknown.
The document discusses car navigation systems. It describes how car navigation systems use GPS to determine location and display it on a map. The system can then provide directions to other locations by using its database of roads. The document also discusses details like how maps are stored and updated, and points of interest that may be included.
The document provides instructions for using a map-based car navigation system. It explains that car navigation systems use GPS and satellites to determine location and then display maps to guide users to destinations. The instructions describe how to select a destination, choose a route, and listen to voice prompts to make turns. It also notes that the navigation screen will change to show turning directions as the destination is approached.
The document discusses two articles about GPS functions. The first article explains the functions of GPS and how it is used in car navigation systems. It describes how GPS calculates routes and destinations using maps. The second article provides more details on GPS, explaining that it detects location using satellites. Both articles clearly explain the concepts in an easy to understand way without any errors. While they provide a good overview, adding diagrams could help illustrate the topics.
The document discusses car navigation systems and map-based GPS. It provides instructions on how to use these systems to find destinations without needing to know the address. The systems make use of satellites and global positioning to pinpoint a user's location. They then guide users to their destination with voice directions that are easy to understand. Limitations include systems not working properly in areas with strong electromagnetic interference.
The document discusses how car navigation systems and GPS work. It provides details about how GPS locates a receiver using satellites and how car navigation uses GPS to provide location and directions. It also discusses how to operate a car navigation system and buttons to select destinations and view screens. While most of the writing is clear, it could be improved by removing unrelated advertisements, adding links between related sections, and including images to illustrate technical points.
The document discusses how car navigation systems work. It provides step-by-step instructions for using a map-based GPS car navigation system, explaining how to display the map of your desired destination and choose a location by using the up/down keys and enter button. It also mentions that other navigation systems use voice recognition or a text display to provide directions.
The document discusses several articles about car navigation systems. It provides details on how car navigation systems work using GPS to determine location and plot routes. The document asks questions to evaluate the articles, including whether sections are clear, what details are included, if anything is confusing, what is done well in the writing, and suggestions for improvement. Key points are that GPS uses satellite signals to determine location and car navigation systems use this to show maps and routes, some steps may need images for clarity, and sections could be standardized in length and detail.
The document provides instructions for a peer review exercise involving reviewing articles about GPS navigation systems. It includes 9 questions requiring responses of at least 75 words each. The questions ask the reviewer to summarize the main ideas, evaluate how clearly the sections are organized, identify what details are included, point out any confusing aspects, assess what is good about the writing, identify any errors, and make suggestions for improving the articles. The reviewer is also asked to identify 3 basic differences between how their group would author a similar document.
The document discusses two articles about car navigation systems. The first article explains how car navigation systems work using GPS satellites. It describes how GPS satellites synchronize with each other using atomic clocks and how the satellite positioning allows a car's location to be determined. The second article discusses how to use a car navigation system, including how to navigate to a known destination and an unknown destination. It provides step-by-step instructions for entering a destination and selecting a route when traveling to a known location.
The document discusses how GPS navigation systems work in cars. It provides step-by-step instructions for using a map-based GPS navigation system, including turning on the car and system, entering a destination address, and using buttons to display the map and route. It also mentions that some systems use voice commands or text displays instead of maps. The writing is clear and easy to understand for explaining how to operate a car navigation system.
The document discusses car navigation systems and provides details about how they work. It notes that car navigation systems use GPS and satellites to determine the car's location and plot routes to destinations entered by the user. The system guides the driver with turn-by-turn voice directions and visual maps. It also continuously tracks the car's progress and updates the route if the driver gets off course.
The document discusses car navigation systems and provides details about how they work. It notes that car navigation systems use GPS and satellites to determine the car's location and plot routes to destinations entered by the user. The system guides the driver with turn-by-turn voice directions and visual maps. It also continuously tracks the car's progress and updates the route if the driver gets off course.
The document discusses car navigation systems. It describes how car navigation works using GPS satellites to determine location and then provides turn-by-turn directions to destinations entered by address or phone number. It notes that navigation helps ensure safe driving by providing voice and map guidance at each turn.
This document provides instructions for using a car navigation system in 10 sections. It explains how to select destinations, choose routes, and use features like GPS. While it outlines the basic process, some sections note that additional details and photographs would help users better understand how to operate the specific systems. The explanations are brief and could be improved by using formatting to highlight important steps and adding visual elements.
The document provides information about how to use a car navigation system. It explains that car navigation guides the route from the current location to the destination using GPS. GPS stands for Global Positioning System and allows the system to locate the current position on Earth. The document then discusses how the individual sections and headings clearly communicate the ideas. It also notes that details about how navigation systems work and how GPS is used are included. While some terms were difficult to understand due to English skill level, the overall organization was good. There were minor errors but no major issues.
The document discusses the usefulness of car navigation systems and provides details on their structure and operation. It explains that car navigation allows users to easily plot routes to destinations using built-in maps and GPS. However, some technical terms used to describe the structure could be confusing. It suggests clarifying topics with introductory sentences and subheadings to improve understanding.
The document discusses two articles about car navigation systems. The first article explains how to use a car navigation system step-by-step, including selecting a destination and choosing a route. The second article covers car navigation basics, how GPS satellites are used to calculate location, and how to plan a trip. The document also asks questions about the content and structure of the articles.
1. The presenters will give an in-class presentation about software using Gom player. They will introduce the software, explain its main advantages, and demonstrate how it works through screenshots and a video.
2. Some key features of Gom player that make it unique are that anyone can use it for free to play various animations, play saved animations in different environments, edit animations, and play DVDs, and it has an easy interface for beginners.
3. Competitor software includes Windows Media Player, iTunes, and RealPlayer, which each allow playing media but have different histories and focuses - WMP has the longest history, iTunes focuses on music, and RealPlayer can play
The presentation introduces Gom Player software. It discusses including the title slide with presenters' names, describing the software's primary purpose and advantages over competitors like Firefox, showing screenshots of how Gom Player works, listing 5 major features that make it unique including being free and easy to use, and demonstrating some basic functions through a sequence of steps. Competitor software like Windows Media Player, iTunes, and RealPlayer are also briefly discussed.
Amazon operates 21 fulfillment centers around the globe totaling over 9 million square feet of warehouse space. It sells a wide variety of products including books, clothing, toys, electronics and more. Amazon's massive technology infrastructure is entirely Linux-based, including three of the world's largest Linux databases totaling over 50 terabytes of storage. While Amazon started as an online bookseller, it now also sells products from third-party vendors which account for approximately 25% of its revenue. Amazon aims to be the most customer-centric company where people can find anything they want to purchase online.
Fingerprint scanners work by capturing an image of a fingerprint using either an optical scanner that takes a photograph, or a capacitance scanner that detects ridges and valleys through electric fields. The scanner then analyzes and compares ridge and valley patterns to fingerprints stored in a database to authenticate identity. Fingerprint recognition has become more common as scanners have become smaller, cheaper, and more integrated into devices.
RSS (Really Simple Syndication) allows websites to publish frequently updated information in a standard format that can be read by RSS readers. RSS has multiple standards including RSS 0.9-1.0 (RDF Site Summary), RSS 0.91 (Rich Site Summary), and RSS 2.0 (Really Simple Syndication). RSS readers make it easy to view updates from RSS feeds in one place and are incorporated into services like Yahoo and Google. Creating RSS feeds is similar to building a website and includes elements like the feed address, title, and other metadata.
High-speed dial-up uses acceleration servers to quickly establish connections, file compression to reduce data sizes, and filtering and caching to remove unnecessary content. This combination of technologies helps overcome some limitations of standard dial-up Internet by speeding up transmission speeds without requiring a switch to broadband.
1. 1. What is the primary idea of the content in the articles?
It is the car navigation capabilities depend on a global positioning system, known as GPS, which uses a network of satellites with
radio transmitters. And the car navigation system also features a sophisticated built-in map, which knows precisely where streets
are located on the surface of the earth. When you enter the address of your desired destination the map plots a course along the
streets to that location. Therefore we can easily use the car navigation system.
2. Do you think the individual sections and headings in the document (articles) clearly represent the idea that was communicated.
Explain the reasons behind your comments.
Car Navigation Basics is explain the basic function of the car navigation system. For a car navigation system to work, there have
to be at least four GPS satellites near enough for it to pick up a signal.
GPS Satellites is explain about the GPS satellites. The atomic clocks synchronize the satellites to almost exactly the same
instant, which the satellites use to send out signals simultaneously.
Calculating Location is position information is calculated to specify the location of the car. The same distance from each satellite,
its GPS gets signals from nearer ones slightly before more distant ones.
Planning a Trip guide you to the destination. If you get off course, the GPS system knows and plots a new course.
2. 3. What details are included in the articles?
The manner of the setting of the GPS function. How to turn on the power. Way of setting of a clock.
The route where you go to the destination is set. And higher route setting can be done. Using the Up and Down keys on the
remote control, select how you want the system to find your route. When the selection is highlighted, push Enter on the remote
control. Scroll the list to find your desired destination. When it is highlighted, press Enter. A map appears, and the system
calculates a route. Its voice prompts you to proceed.
4. Was there anything that was confusing? If so, what is it?
No, they weren¡¯t.
5. What is good about the writing? Why is it good?
I think I'd like the place where order is being followed and explained politely. About How to Use a Map-Based GPS Car Navigation
System. I think that it had better be explained according to an item. About How Do Car Navigation Systems Work? Whoever reads
by explaining in these business, it becomes easy to understand.
3. 6. Are there any errors that need to be corrected?
No, they aren¡¯t.
7. What specific suggestions for improving the articles can you make?
I hope to add the article to explain further possibility of the GPS function to this article newly. I hope to add the article to explain
further possibility of the GPS function to this article newly. For example in the satellite where you introduce GPS equipment and
use it for a GPS, it's introduced.
8. Identify three basic differences between how your group would author a similar document and how this author authored it (as you
see it in the link).
I do not understand it who wrote what kind of sentence because each does it with an individual. However, it is sure that I do my
best with all head.
9. Study the following video carefully and then summarize 10 major points that you were able to understand.