Note: Sample below may appear distorted but all corresponding word document files contain proper formattingExcerpt from Term Paper:
BluetoothTM is a low cost, low power, short-range radio technology- originally perceived as cable replacement alternative for the cable / wire connected devices such as mobile phone hand, headsets, and portable computers. The BluetoothTM's goals expanded to include standardized wireless communications between any electrical devices and created a notion of Personal Area Network. The write-up traces history of BluetoothTM starting with its unusual name to formation of Special Interest Group, SIG's formation, its growth culminating into implementation of version 1.0b.
Version 1.0 of the Bluetooth came out in 1999-starting as early as 1994 by engineers from Ericsson. The specification is named after Harald Blatand- a tenth century Viking. Ericsson Corp. founded the Bluetooth SIG in February 1998, Intel Corp., IBM Corp., Toshiba Corp., and Nokia Mobile Phones. In December 1999, core promoters group enlarged to include four major players, namely, Micorsoft, Lucent, 3 Com and Motorola.
Then, the components of BluetoothTM: the protocols, the application profiles are discussed the essentials. The protocol stack is usually, implemented partly in hardware and partly, as software running on microprocessor with implementation partitioning the functionality between hardware and software in different ways. The BluetoothTM devices operate using ISM band- reserved for Industrial, Scientific, and Medical-, which obey set of power and spectral emission and interference specifications. The data packet, piconet and scatternet, voice and links are discussed. The figures support the narrative.
The vulnerability of BluetoothTM is presented, briefly and comparison with immediate competitors i.e., IrDA and Wi-Fi.
History: Technology and Viking
The Special Interest Group, The Name- Harald Blatand, What is Bluetooth
Bluetooth Specific Protocols
The Radio, Frequency Hopping and Radio Parameters
The Service Discovery Protocol, Wireless Access Protocol,
Point-to-Point protocol, User Datagram protocol, Transport Control and Internet Protocol
RFCOMM, Bluetooth Packet structure, piconet and Scatternet,
Security and Encryption
The Link Manager
The Host Controller Interface
The Bluetooth Profiles-Applications
The Generic Access Profile
Serial Port Profile
FAX profile, Headset Profile, LAN access point profile
Generic Object Exchange Profile
The Object Exchange Profile
File Transfer profile, Synchronization, Intercom profile and Cordless telephony
The Competing Technologies
Bluetooth: Problems and Issues
Bluetooth: Industrial Backing
Table of Contents
Table of Figures
Figure and Diagram description
The Bluetooth Protocol Stack
WAP on the Bluetooth protocol stack
Packet coding Structure
Piconet and Scatternet
Summary of Link Manager Protocol
OSI Reference model and Bluetooth
Bluetooth Protocol Stack
Dial-Up Networking Stack
OBEX in Bluetooth stack
IrDA DATA protocol stack
Glossary of terms
Table of Tables
IrDA and BluetoothTM Compared
History: Technology and Viking
The Bluetooth wireless technology was conceived by engineers at Swedish telecommunications manufacturer Telefonaktiebolaget LM Ericsson (hereafter, Ericsson) who realized the potential of global market for short-range wireless communications. In 1994 Ericsson had begun a project to study the feasibility of a low-power, low-cost radio interface to eliminate cables between mobile phones and their accessories.
The customers clearly prefer to purchase and deploy technologies based on industry standards. By creating a level playing field, standards give customers greater freedom to choose from among competing platforms and solutions, to protect their investments as technologies evolve. Against this backdrop- that the technology was more likely to be wisely accepted, if it was adopted and refined by an industry group that could produce an open, common specification- Ericsson inventors moved to form a Special Interest Group.
The Special Interest Group
In early 1998, leading companies in the computing and telecommunication industries formed the Bluetooth SIG to focus on developing exactly such an open specification. The founding companies of the SIG are Ericsson, Intel Corporation, International Business Machines Corporation (IBM), Nokia Corporation, and Toshiba Corporation. These companies formed the original core group (known as promoter companies) of the SIG. The SIG was publicly announced in May 1998 with a charter to produce an open specification for hardware and software that would promote interoperable, cross-platform implementations for all kinds of devices. As the specification evolved and awareness of the technology and the SIG increased, many other companies joined the SIG as adopters; adopters are entitled to a royalty-free license to produce products with Bluetooth wireless communication based on the specification and can receive and comment upon early versions of SIG publications.
By carefully organizing the SIG and making use of frequent in-person meetings supplemented by even more frequent conference calls and e-mail exchanges, the SIG produced a thorough specification in about one and one-half years- version 1.0 of the specification, including profiles, was published in July 1999. Initially, the SIG organized itself into several working groups, each with a focus on a specific part of the technology or on some supporting service. These working groups included: the air interface working group, which focused on the radio and baseband layers; the software working group, which developed the specification for the protocol stack; the interoperability working group, which focused on profiles; the compliance working group, which defined the testing, compliance and certification process; the legal working group, which managed the legal affairs of the SIG such as membership and intellectual property agreements; and the marketing working group, which promoted the technology and helped to generate the marketing requirements that the specification was to address.
The Name- Harald Blatand
The Bluetooth name is derived from a Danish Viking and King, Harald Blatand (Bluetooth in English) who lived in the later part of 10th century responsible for uniting and controlling Denmark and Norway (hence, the inspiration on the name: uniting devices through Bluetooth). Anecdote has it that old Harald had inclination towards eating Blueberries, so much so his teeth became stained with the color.
What is Bluetooth
The term Bluetooth™ refers to an open specification for a technology to enable short-range wireless voice and data communications anywhere in the world. This simple and straightforward description of the Bluetooth™ technology includes several points that are key to its understanding:
The Bluetooth™ Special Interest Group (SIG) has produced a specification for Bluetooth™ wireless communication that is publicly available and royalty free.
Today much of short-range communication takes place over cables. These cables connect to a multitude of devices using a wide variety of connectors with many combinations of shapes, sizes, and number of pins. With Bluetooth™ technology, these devices can communicate without wires over a single air-interface, using radio waves to transmit and receive data. Bluetooth™ wireless technology is specifically designed for short-range- nominally, 10 meters- communications.
Voice and data
Voice is now commonly transmitted and stored in digital formats. Voice appliances such as mobile telephones are also used for data applications such as information access or browsing. Through voice recognition, computers can be controlled by voice, and through voice synthesis, computers can produce audio output in addition to visual output. Bluetooth™ wireless communication makes provisions for both voice and data.
Anywhere in the world
The telecommunications industry is highly regulated in many parts of the world. Telephone systems, for example, must comply with many governmental restrictions, and telephony standards vary by country. Many forms of wireless communications are also regulated; radio frequency spectrum usage often requires a license with strict transmission power obligations. However, some portions of the available radio frequency spectrum may be used without license, and Bluetooth™ wireless communications operate within a chosen frequency spectrum that is unlicensed throughout the world. The Bluetooth™ short-range wireless technology is ideally suited for replacing the many cables that are associated with today's pervasive devices. The Bluetooth™ specification ([BTSIG99], hereafter referred to as the specification) explicitly defines a means for wireless transports to replace serial cables, such as those used with modems, digital cameras and personal digital assistants; the technology could also be used to replace other cables, such as those associated with computer peripherals (including printers, scanners, keyboards, mice and others). Moreover, wireless connectivity among a plethora of fixed and mobile devices can enable many other new and exciting usage scenarios beyond simple cable replacement. It has the potential to change people's lives and the way that people think about and interact with computing and communication devices.
to change people's lives and the way that people think about and interact with computing and communication devices.
Bluetooth™ specific Protocols
A key feature of the Bluetooth™ is that it aims to allow devices to from different manufactures to work with each other. The Bluetooth™ defines radio system and a software stack to enable applications to find other Bluetooth™ devices in the area, discover what services they can offer and use those services. The Bluetooth™ stack is defined as a series of layers,…[continue]
"Bluetooth Technology" (2002, February 27) Retrieved October 25, 2016, from http://www.paperdue.com/essay/bluetooth-technology-55890
"Bluetooth Technology" 27 February 2002. Web.25 October. 2016. <http://www.paperdue.com/essay/bluetooth-technology-55890>
"Bluetooth Technology", 27 February 2002, Accessed.25 October. 2016, http://www.paperdue.com/essay/bluetooth-technology-55890
It can allow the organizations to conduct their business in a more flexible and advanced manner. Though this technology has a few disadvantages but it can work on it and can become as reliable, successful and secure as wireless networks and can dominate the industry of technology and telecommunication through its various advantages and advanced features. (Dursch, Yen & Shih, 2004) References Dursch, a., Yen, D.C., & Shih, D. (2004). Bluetooth
Technology in the Environment of the Factory Interactive Technology in the Environment Author's note with contact information and more details on collegiate affiliation, etc. Technology in the Environment of The Factory Interactive The purpose of the field trip is to understand and experience the relationship between technology and the environment of Miami. The purpose is to also gather information about the trip site, The Factory Interactive. The Factory Interactive is a digital design agency. Human
Wireless technologies or Internet are used to develop a network through transmission of radio-frequency signals between computers for information sharing. Since these technologies do not use wires/cables, the broadcast of information within the network is primarily based on radio signals. Wireless technologies have developed to become very popular across every facet of society because they have revolutionized communication. These technologies basically emanated and were developed in the computer networking technologies
Bluetooth Wireless technology has developed a large way from its infancy and is fast becoming the latest trend in communication. Wireless LANs have added an entirely new dimension to the communication sector. The advent of cellular technology, infrared and spread spectrum radio services have bought about a huge change to our world of communication and wireless technology has materialized our dream of a mobile workforce. Today there is no single
Wireless Broadband Technology Overview of Wireless technology Presently it is quite evident to come across functioning of a sort of wireless technology in the form of mobile phone, a Palm pilot, a smart phone etc. With the inception of fast connectivity in the sphere of commerce it is customary and useful to operate from central locations communicating with the remote branches, conducting conferences in remote places, discussing with every body at every
Bluetooth devices use encryption security and this makes the requirement of a "unique key session key to derive per-packet keys thus avoiding frequent key reuse." (Kennedy and Hunt, 2008, p.4) Kennedy and Hunt report that ZigBee is a reasonably priced low energy consumption two-way CDMA/BA-based wireless communications standard which is based on IEEE 802.15.4 which is referred to commonly as a 'Low Rate Wireless Personal Area Networks (LR-WPANs) and which
Of these three approaches ad-hoc is considered the most adaptable to roaming users and therefore shows the greatest opportunity to support contextual-based use of wireless networks. The concept of the cellular network on the other hand is much more stationary and focused on a set of base stations that require base controllers and network infrastructure to effectively function. This fixed platform nature of the cellular network approach is juxtaposed