Rover technology
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This document discusses enabling scalable location aware computing through Rover, which provides location-based services to users. Rover achieves this through scheduling resources based on user location. It includes a Rover controller that interacts with clients and services. Rover offers basic data services with different media formats as well as transactional services to coordinate state between clients and servers. The architecture includes physical infrastructure and logical components. Rover was designed to scale to serve large user populations.
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Rover technology ppt
The document describes the Rover system, which provides location-aware services to users across various wireless devices. It consists of a Rover controller that interacts with components like the location server, media streaming unit, and Rover database. The Rover controller tailors information and services based on users' current locations. The system was initially implemented and tested successfully in both indoor and outdoor environments, providing location accuracy within a few meters. Potential applications of this type of robotic system include military operations, industrial tasks, scientific research, and search and rescue missions.
Rover Technology
Rover is a system that enables location-based services by tracking user locations. It uses a Rover controller to interact with location services, clients, and content providers. The system architecture includes Rover clients, wireless access points, servers like the location server and media streaming, and a Rover database. It aims to scale to serve large numbers of users across various devices and wireless technologies.
Rover technology.ppt
This document discusses Rover Technology, which enables scalable location-aware computing. Rover tracks user locations using wireless technologies and location determination. It provides customized location-based services and data to users on devices like PDAs and phones. Rover has a controller, location server, media server, and database. It uses profiles for users and devices. Initial implementations provided indoor and outdoor location tracking with accuracy of a few meters using GPS and base stations. Key bottlenecks are a large number of real-time requests and limited wireless bandwidth.
Rover Technology ppt
This document summarizes a seminar presentation on rover technology. It describes rover services like basic data, transactional, and map-based services. It explains the rover architecture including clients, controllers, databases and location servers. It discusses the action model for scheduling tasks and how rover clients, controllers and databases interact. It also outlines multi-rover systems for scaling to large user populations and provides conclusions and ideas for future work.
Cse rover-technology-report
Provides basic data services like maps, schedules, etc.
Transaction: Manages transactional services like reservations, purchases, etc.
Location: Tracks locations of users and objects.
Controller: Manages the overall system and coordinates between other servers.
Database: Stores persistent user profiles, device profiles, content data, transaction state etc.
The servers communicate with each other and with the clients over the wireless infrastructure.
System Scalability
A key requirement for Rover is to scale to a very large number of clients, for example, thousands
of users. To achieve this, Rover employs a distributed, concurrent software architecture at the
servers. The key aspects are:
- Fine-g
Rover report
The document describes the Rover technology, which provides location-aware services to mobile users. The Rover architecture tracks user locations using wireless infrastructure and tailors information and services based on each user's location, profile, and device capabilities. It allows large numbers of users to be supported through its action model, which schedules tasks more efficiently than threading. Experimental results show the action model has much lower overhead than a threaded approach. The document also discusses Rover's interfaces, services, and ability to scale to multiple administrative domains.
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This document provides an overview of gesture recognition technology. It begins with introducing gestures as a form of non-verbal communication and defines gesture recognition as interpreting human gestures through mathematical algorithms. It then discusses the motivation for gesture recognition, including its naturalness and applications in overcoming interaction problems with traditional input devices. The document outlines different types of gestures, input devices like gloves and cameras, challenges like developing standardized gesture languages, and uses like sign language recognition, virtual controllers, and assisting disabled individuals. It concludes with references for further reading.
HAND GESTURE RECOGNITION.ppt (1).pptx
The goal of this project is to provide a platform that allows for communication between able-bodied and disabled people or between computers and human beings. There has been great emphasis on Human-Computer-Interaction research to create easy-to-use interfaces by directly employing natural communication and manipulation skills of humans . As an important part of the body, recognizing hand gesture is very important for Human-Computer-Interaction. In recent years, there has been a tremendous amount of research on hand gesture recognition
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Rover technology ppt
The document describes the Rover system, which provides location-aware services to users across various wireless devices. It consists of a Rover controller that interacts with components like the location server, media streaming unit, and Rover database. The Rover controller tailors information and services based on users' current locations. The system was initially implemented and tested successfully in both indoor and outdoor environments, providing location accuracy within a few meters. Potential applications of this type of robotic system include military operations, industrial tasks, scientific research, and search and rescue missions.
Rover Technology
Rover is a system that enables location-based services by tracking user locations. It uses a Rover controller to interact with location services, clients, and content providers. The system architecture includes Rover clients, wireless access points, servers like the location server and media streaming, and a Rover database. It aims to scale to serve large numbers of users across various devices and wireless technologies.
Rover technology.ppt
This document discusses Rover Technology, which enables scalable location-aware computing. Rover tracks user locations using wireless technologies and location determination. It provides customized location-based services and data to users on devices like PDAs and phones. Rover has a controller, location server, media server, and database. It uses profiles for users and devices. Initial implementations provided indoor and outdoor location tracking with accuracy of a few meters using GPS and base stations. Key bottlenecks are a large number of real-time requests and limited wireless bandwidth.
Rover Technology ppt
This document summarizes a seminar presentation on rover technology. It describes rover services like basic data, transactional, and map-based services. It explains the rover architecture including clients, controllers, databases and location servers. It discusses the action model for scheduling tasks and how rover clients, controllers and databases interact. It also outlines multi-rover systems for scaling to large user populations and provides conclusions and ideas for future work.
Cse rover-technology-report
Provides basic data services like maps, schedules, etc.
Transaction: Manages transactional services like reservations, purchases, etc.
Location: Tracks locations of users and objects.
Controller: Manages the overall system and coordinates between other servers.
Database: Stores persistent user profiles, device profiles, content data, transaction state etc.
The servers communicate with each other and with the clients over the wireless infrastructure.
System Scalability
A key requirement for Rover is to scale to a very large number of clients, for example, thousands
of users. To achieve this, Rover employs a distributed, concurrent software architecture at the
servers. The key aspects are:
- Fine-g
Rover report
The document describes the Rover technology, which provides location-aware services to mobile users. The Rover architecture tracks user locations using wireless infrastructure and tailors information and services based on each user's location, profile, and device capabilities. It allows large numbers of users to be supported through its action model, which schedules tasks more efficiently than threading. Experimental results show the action model has much lower overhead than a threaded approach. The document also discusses Rover's interfaces, services, and ability to scale to multiple administrative domains.
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This document provides an overview of gesture recognition technology. It begins with introducing gestures as a form of non-verbal communication and defines gesture recognition as interpreting human gestures through mathematical algorithms. It then discusses the motivation for gesture recognition, including its naturalness and applications in overcoming interaction problems with traditional input devices. The document outlines different types of gestures, input devices like gloves and cameras, challenges like developing standardized gesture languages, and uses like sign language recognition, virtual controllers, and assisting disabled individuals. It concludes with references for further reading.
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- 1. Enabling Scalable Location Aware Computing.. Presented By:- Sumit Srivastava Suman Rathore MCA 3rd Semester(Sec.- B)
- 2. Contents to be Covered.. Introduction Rover System Rover Services Rover Architecture Rover Devices Conclusion
- 3. Introduction Rover stands for Remotely Operated Video Enhanced Receiver (ROVER). Location-aware computing involves the automatic tailoring of information and services based other current location of the user. Rover achieves this through fine resolution application specific scheduling of resources at the servers and the network.
- 4. What is Scalable Location Aware Computing..? Location service that can track the location of every user, either by automated location determination technology or by the user manually entering current location. Available via a variety of wireless access technologies. (IEEE 802.11 wireless LANs, Bluetooth, Infrared, cellular services)
- 5. Rover Controller • The interaction of the Rover controller with all other components of the system is presented . • The Rover controller interacts with the external world through the following interfaces: 5 Rover
- 7. Rover Controller(Cont…) Admin Interface: This interface is used by system administrators to over see the Rover system, including monitoring the Rover controller, querying client devices, updating security policies, issuing system specific commands. 7 Rover
- 8. Rover Controller(Cont…) Content Interface: This interface is used by the content provider to update the content that is served by the Rover controller to the client device Having a separate content interface decouples the data from the control path. 8 Rover
- 9. Rover Database User InfoBase and Content InfoBase. Each transaction is identified - Lock-Acquiring - Blocking Avoiding Deadlocks - Two phase Locking Protocol. 9 Rover
- 10. Rover Services • Rover offers two kinds of services to its users.:- Enables a Basic set of data services in different media formats, including text, graphics, audio, and video. Transactional services coordination of state between the clients and rover servers. ex). e-commerce interactions.
- 11. Basic Data Service Basic data services use text, graphics, audio,and video formats. Dynamically to specific data components through the device user interface. Rover filters the available media formats according to the device’s capabilities. The basic data service involves primarily one-way interaction
- 12. Transactional Data Services.. Transactional services have commit semantics that require coordinating state between the clients and Rover servers. E-commerce & E-Banking interactions are examples of this service class.
- 13. Rover Architecture • Rover System explain by two Rover Architecture.. 1.Physical Architecture of Rover System 2.Logical Architecture of Rover System.
- 14. Physical Architecture of Rover System..
- 15. Logical Architecture of Rover System
- 16. Rover Devices..
- 17. Live Examples Radar System Mars Mission
- 18. Conclusion We believe that Rover Technology will greatly enhance the user experience in a large number places, including visits to museums, shopping malls, game fields, offices and business centers. The system has been designed specifically to scale to large user populations.