TAILIEUCHUNG - Wearable computers in modern world

A smart device here is built using Raspberry Pi which is a small sized computer and does no task less than any of the traditional computers. The Pi is controlled using a wireless keyboard which is interfaced with video glasses. In this way user can work by wearing the device irrespective of the environment that he is been subjected to. | ISSN:2249-5789 Dharani Sethuram et al , International Journal of Computer Science & Communication Networks,Vol 5(3),166-168 Wearable Computers in Modern World Dharani Sethuram Student, Lakshmi N Student, Dept. of Information Science and Engineering BMS College of Engineering Bangalore, India dharanisethuram@ Dept. of Information Science and Engineering BMS College of Engineering Bangalore, India Abstract—Spectacles or glasses have always helped man to see the world in a better way. Today these spectacles can be programmed and powered by smart devices to make man experience the world of technology in an easier way. Wearable Technology is anything that deals with technology being used in body borne devices. When video glasses are connected to any smart device it acts as a display. A smart device here is built using Raspberry Pi which is a small sized computer and does no task less than any of the traditional computers. The Pi is controlled using a wireless keyboard which is interfaced with video glasses. In this way user can work by wearing the device irrespective of the environment that he is been subjected to. Keywords—Wearable devices, Raspberry pi, Overclocking, Multitasking, SBC(Single Board Computers). I. INTRODUCTION Wearable computer is a body-borne computer with electronic devices programmed according to the user’s interest. It can be developed for general and special purpose information technologies including media. All this being done at a smaller size and can be comfortably worn by the user instead of carrying them around. This way technology is a part of us rather than just being a support system. Tasks like browsing, listening to music, coding to mention a few, can be done by the user at ease. The wearable computer is built using Raspberry Pi and High Definition glasses, supporting the User Interface. This compared to the traditional computers or smart phones used today would be a cost efficient alternative .

• Thủ thuật máy tính
• International journal of computer science & communication networks
• Wearable computers in modern world
• Single Board Computers
• The traditional computers
• Interfaced with video glasses
• Distributed security system for mobile ad hoc computer networks
• Distributed security system
• Ad hoc computer networks
• The Blackhole attack
• Interactive multicast framework between wireless mesh networks and internet
• Interactive multicast framework
• Wireless mesh networks and internet
• The two networks
• Wireless mesh networks
• International Journal of Computer Science and Communication Networks
• Regeneration of ZVS converter with resonant inductor
• ZVS converter with resonant inductor
• Linear resonant inductor
• The design of a clamping circuit
• Multilayer coding mechanisms for broadcasting over mimo networks
• Multilayer coding mechanisms
• Broadcasting over mimo networks
• MultipleInput Multiple Output
• A robusat and efficient data transmission in adhoc networks
• Efficient data transmission in adhoc networks
• Efficient data access
• Simulation results reveal
• Self directed reconfigurable ADHOC networks
• Self directed reconfigurable
• Multi hop wireless mesh networks
• Frequent link failures
• QOS aware location anonymization mechanism for wireless sensor networks
• Wireless sensor networks
• The location privacy
• Challenges and issues in wireless sensor networks
• Intelligent transportation system
• Intelligent Transportation Systems technologies
• Various energy efficeint protocols for wireless sensor networks
• Various energy efficeint protocols
• Defence state of the art evaluation occurs organisation
• Energy occupancy in wireless sensor networks
• Contemporary technology for providing energy
• Charge multiple detector nodes in wireless manner
• TDOA computation using multicarrier modulation
• Multicarrier modulation for sensor networks
• Signal to Noise
• Centralised and DeCentralised methods
• OFDM for Sensor Networks
• The dynamic buffer sizing strategies
• 802
• 11 based wireless networks
• The bandwidth delay product
• Dynamic buffer sizing algorithms
• 11 wireless networks
• Attacks in mobile adhoc networks
• Various types of attacks in MANETs
• The network performance
• Mobile Ad hoc Networks
• Communication Approach towards domain name system for improving security
• Approach towards domain name system
• Domain name system
• TCP based rather than UDP
• Developments in indoor optical fiber wireless networks
• Cost effective indoor optical wireless systems
• Future high performance
• Types of Optical Wireless links
• Performance analysis of ARQ mechanism in wimax networks
• Performance analysis of ARQ mechanism
• Metrics like throughput
• Delay and jitter
• Performance study of bandwidth request mechanisms
• IEEE 802
• 16e networks
• Quality of service
• Bandwidth request grant scheme
• Medium access control
• Energy aware routing protocol
• Delay sensitive applications
• Energy Aware DSR
• EADSR protocol out performs DSR protoco
• Adapting sip protocol to Ad hoc networks
• Virtual Network for SIP
• Illustration and evaluation of performance
• Efficient cross layer congestion control adaptive routing protocol
• Adaptive routing protocol
• Mobile ad hoc networks in constrained environment
• Dynamic packet reservation multiple access protocol
• Speech transmission wireless adhoc networks
• The PRMA protocol for digital speech transmission
• Modeling protein interaction networks
• Monotonic answer set programming
• Describe a particular case
• General LASP frame work
• Supporting efficient and dynamic multicasting
• Multiple regions in mobile ad hoc networks
• Multiple regions in mobile
• Novel Efficient Geographic Multicast Protocol
• A survey on routing protocols
• Underwater sensor networks
• Entire underwater wireless sensor network
• High bit error rates
• Limited band width
• Oil well monitoring and control
• Wireless sensor networks using atmega 2560 controller
• Atmega 2560 controller
• Manual control system