KOSEN 한인과학기술자네트워크

UI관련사이트를 알려드립니다. 참고해 보시기바랍니다. 참고로 국내의 http://uidesign.co.kr/ 사이트를 방문해 보시면 유용한 정보를 얻으실 수 있으실 겁니다. Association for Software Design (ASD) http://pcd.stanford.edu/asd Andersen Consulting Eagle Group http://www.ac.com/eagle/au_nfrucd_1.html Cooper Associates http://www.cooper.com/ IBM HCI Works http://www.ibm.com/IBM/hci IBM User-Centered Design http://www.software.ibm.com/ucd/ SIGCHI http://www.acm.org/sigchi Society of Technical Communication (STC) http://www.stc-stlouis.org/ St. Louis Web Developers and Web Designers http://www.stlwebdev.org/ The EPSS InfoSite http://www.epssinfosite.com/ Usability.org http://www.usability.org Usability Professionals Association (UPA) http://www.upassoc.org/ Web Review® http://www.webreview.com/ WebWord.com http://www.webword.com/ Usability First http://www.usabilityfirst.com/ IA와 관련된 문헌들입니다. 산업기술정보원(http://www.kiniti.re.kr)을 통해 검색된 자료입니다. 웹을 통해 원문신청이 가능합니다. * Enabling technologies for Internet appliances, Carter, G. , Dedic. Syst. Mag. (Belgium) (Oct.-Dec. 2000) (Belgium), p68-70, Abstract : The technological leap-frog game, always providing us with solutions to problems we didn't realise we had, has now arguably provided us with our biggest ever solution-the Internet appliance. Assuming that the network infrastructure keeps pace, engineering innovation can now provide us with a whole wealth of tools that we never dreamed we needed, but now cannot live without the birth of the Internet appliance has not brought with it any very new engineering challenges. If anything an engineer's life has become more mundane, with technology becoming increasingly modular The innovative challenge is now choosing the correct and often unique combination of technologies * Dawn of the Internet appliance, Lawton, G., Computer (USA) vol.30, no.10 (Oct. 1997) (USA), p16, 18, Abstract : Internet technologies have fundamentally changed the way machines can gather, store and share information. Devices can now transmit important information and instructions via the Internet. Now the standardization of Internet protocols and competition among Internet service providers (ISPs) have driven down the price of Internet connectivity, so vendors are beginning to incorporate it into a wide range of devices. Developers can now put Internet connectivity into a variety of devices, including factory machinery, VCRs and hand-held appliances. In addition, low-cost communications technologies, such as wireless, promise to let users connect these devices inexpensively to intranets. Moreover, because Web browsers are so common, developers can provide sophisticated low-cost interfaces by supporting Web servers in their products. It is easy for developers to create such applications because they are so familiar with Internet tools * Designing the next step in Internet appliances, Peisel, B. , Electron. Des. (USA) vol.46, no.7 (23 March 1998) (USA), p50, 52, 56, Abstract : As electronic devices evolve, they are becoming more intelligent and complex. In addition, the need for people to interact with them is becoming much greater. One obvious choice for person-device interaction is use of the ubiquitous web browser. More electronic devices are being designed today to be network accessible through a web browser. Such devices are often referred to as web-enabled information appliances or Internet appliances. While benefits of merely web-enabling a device are large indeed, to fully tap the power of the Internet, the device capabilities must go beyond web enabling. For an Internet appliance to be practical and versatile, it must include a variety of hardware and software subsystems. Web-enabled information appliances are showing up in many places, but the challenge is supplying Web pages with dynamic content * Innovations in Internet appliance design, Mittag, L., Embedded Syst. Program. (USA) vol.12, no.5 (May 1999) (USA), p32-3, 36, 39-40, 42, 44, Abstract : There is no longer any debate about whether or not the Internet is going to touch every corner of our lives. The debate is over the extent to which those changes will affect us as the technology improves. The next few years promise to be an exciting time for embedded systems. The assumption that all Internet activity takes place by a user sitting in front of a general-purpose PC has been challenged, and will soon crumble entirely. The challenges facing engineers in embedded Internet product development include selecting which communications infrastructure will become ubiquitous and building devices that use that architecture to their best advantage. The key to meeting this challenge is to create devices that will be useful to the common consumer. The overriding question we must answer is whether or not people want this stuff. The answer will eventually be as self-evident for embedded Internet devices as it is now for the telephone, the PC or the Internet itself * The current state of Internet appliance design, Mittag, L., Embedded Syst. Program. (USA) vol.13, no.3 (March 2000) (USA), p69-70, 72, 74, 76, Abstract : Embedded system developers are finding themselves at the center of a huge Internet appliance thrust, but do we have the right hardware, software and know-how at our disposal to deliver on the promise? >UI & IA에서의 실질적인 방법과 >그에 따른 사례에 대한 정보를 얻고자 합니다. > > >구체적으로... > >1. naming rule 방법론과 그에 따른 사례 >2. navigation system 설계 방법론과 사례 >3. UI 디자인에서 색채 사용법과 그 관련 사례 >4. metaphor의 사용 사례 >.... > >답변 부탁드립니다. >

>IA와 관련된 문헌들입니다. 산업기술정보원(http://www.kiniti.re.kr)을 통해 검색된 자료입니다. 웹을 통해 원문신청이 가능합니다. > >* Enabling technologies for Internet appliances, Carter, G. , Dedic. Syst. Mag. (Belgium) (Oct.-Dec. 2000) (Belgium), p68-70, Abstract : The technological leap-frog game, always providing us with solutions to problems we didn't realise we had, has now arguably provided us with our biggest ever solution-the Internet appliance. Assuming that the network infrastructure keeps pace, engineering innovation can now provide us with a whole wealth of tools that we never dreamed we needed, but now cannot live without the birth of the Internet appliance has not brought with it any very new engineering challenges. If anything an engineer's life has become more mundane, with technology becoming increasingly modular The innovative challenge is now choosing the correct and often unique combination of technologies > >* Dawn of the Internet appliance, Lawton, G., Computer (USA) vol.30, no.10 (Oct. 1997) (USA), p16, 18, >Abstract : Internet technologies have fundamentally changed the way machines can gather, store and share information. Devices can now transmit important information and instructions via the Internet. Now the standardization of Internet protocols and competition among Internet service providers (ISPs) have driven down the price of Internet connectivity, so vendors are beginning to incorporate it into a wide range of devices. Developers can now put Internet connectivity into a variety of devices, including factory machinery, VCRs and hand-held appliances. In addition, low-cost communications technologies, such as wireless, promise to let users connect these devices inexpensively to intranets. Moreover, because Web browsers are so common, developers can provide sophisticated low-cost interfaces by supporting Web servers in their products. It is easy for developers to create such applications because they are so familiar with Internet tools > >* Designing the next step in Internet appliances, Peisel, B. , Electron. Des. (USA) vol.46, no.7 (23 March 1998) (USA), p50, 52, 56, >Abstract : As electronic devices evolve, they are becoming more intelligent and complex. In addition, the need for people to interact with them is becoming much greater. One obvious choice for person-device interaction is use of the ubiquitous web browser. More electronic devices are being designed today to be network accessible through a web browser. Such devices are often referred to as web-enabled information appliances or Internet appliances. While benefits of merely web-enabling a device are large indeed, to fully tap the power of the Internet, the device capabilities must go beyond web enabling. For an Internet appliance to be practical and versatile, it must include a variety of hardware and software subsystems. Web-enabled information appliances are showing up in many places, but the challenge is supplying Web pages with dynamic content > >* Innovations in Internet appliance design, Mittag, L., Embedded Syst. Program. (USA) vol.12, no.5 (May 1999) (USA), p32-3, 36, 39-40, 42, 44, >Abstract : There is no longer any debate about whether or not the Internet is going to touch every corner of our lives. The debate is over the extent to which those changes will affect us as the technology improves. The next few years promise to be an exciting time for embedded systems. The assumption that all Internet activity takes place by a user sitting in front of a general-purpose PC has been challenged, and will soon crumble entirely. The challenges facing engineers in embedded Internet product development include selecting which communications infrastructure will become ubiquitous and building devices that use that architecture to their best advantage. The key to meeting this challenge is to create devices that will be useful to the common consumer. The overriding question we must answer is whether or not people want this stuff. The answer will eventually be as self-evident for embedded Internet devices as it is now for the telephone, the PC or the Internet itself > >* The current state of Internet appliance design, Mittag, L., Embedded Syst. Program. (USA) vol.13, no.3 (March 2000) (USA), p69-70, 72, 74, 76, >Abstract : Embedded system developers are finding themselves at the center of a huge Internet appliance thrust, but do we have the right hardware, software and know-how at our disposal to deliver on the promise? internet appliance에 관한게 아니라 information architecture에 관한걸 알고싶었습니다. 혹시 여력이 되시면 좀 찾아주시면 감사하겠습니다. 아, 그리고 공짜로 얻을수 있는 문서라면 더 좋겠네요. ^^;

information architecture와 관련된 문헌들도 산업기술정보원을 통해 검색해 보시면 약 51건의 자료가 검색되어집니다. 최근 자료의 서명을 올려드립니다. 참고하시기 바랍니다. 1 INSP200106818961 Leveraging the information architecture to support strategy 200103 2 INSP200106815629 Information architecture plays a key role in corporate environmental cost analysis 200103 3 INSP200106806353 Information architecture's potential contribution to an asynchronous learning environment 200101 4 INSP200006708534 Developing a user information architecture for Rational's ClearCase product family documentation set 200037 5 INSP200006690298 Remote usability testing of a Web site information architecture: "testing for a dollar a day" 200034 6 INSP200006601236 An information architecture is not an IT architecture 200021 7 INSP200006598199 An enterprise information architecture: a case study for decentralized organizations 200020 8 INSP200006559416 A proposed information architecture for telehealth system interoperability 200014 9 INSP200006498039 A proposed information architecture for telehealth system interoperability 200006 10 INSP200006463208 The impact of information architecture on academic Web site usability 200002 11 INSP199906376201 Types of business objects used to model an information architecture during information system planning 199910 12 INSP199906350767 Building Web systems that everyone can use a structured project methodology for effectively incorporating interface design and information architecture 199909 13 INSP199906275957 The Dynamic Information Architecture System: an advanced simulation framework for military and civilian applications 199906 14 INSP199906223024 The position of information architecture 199904 15 INSP199906223023 Information architecture and information architects 199904 16 INSP199906168413 Optimizing the use of component-level BIT in system-level test and diagnosis: a consistent diagnostic information architecture approach 199902 >>IA와 관련된 문헌들입니다. 산업기술정보원(http://www.kiniti.re.kr)을 통해 검색된 자료입니다. 웹을 통해 원문신청이 가능합니다. >> >>* Enabling technologies for Internet appliances, Carter, G. , Dedic. Syst. Mag. (Belgium) (Oct.-Dec. 2000) (Belgium), p68-70, Abstract : The technological leap-frog game, always providing us with solutions to problems we didn't realise we had, has now arguably provided us with our biggest ever solution-the Internet appliance. Assuming that the network infrastructure keeps pace, engineering innovation can now provide us with a whole wealth of tools that we never dreamed we needed, but now cannot live without the birth of the Internet appliance has not brought with it any very new engineering challenges. If anything an engineer's life has become more mundane, with technology becoming increasingly modular The innovative challenge is now choosing the correct and often unique combination of technologies >> >>* Dawn of the Internet appliance, Lawton, G., Computer (USA) vol.30, no.10 (Oct. 1997) (USA), p16, 18, >>Abstract : Internet technologies have fundamentally changed the way machines can gather, store and share information. Devices can now transmit important information and instructions via the Internet. Now the standardization of Internet protocols and competition among Internet service providers (ISPs) have driven down the price of Internet connectivity, so vendors are beginning to incorporate it into a wide range of devices. Developers can now put Internet connectivity into a variety of devices, including factory machinery, VCRs and hand-held appliances. In addition, low-cost communications technologies, such as wireless, promise to let users connect these devices inexpensively to intranets. Moreover, because Web browsers are so common, developers can provide sophisticated low-cost interfaces by supporting Web servers in their products. It is easy for developers to create such applications because they are so familiar with Internet tools >> >>* Designing the next step in Internet appliances, Peisel, B. , Electron. Des. (USA) vol.46, no.7 (23 March 1998) (USA), p50, 52, 56, >>Abstract : As electronic devices evolve, they are becoming more intelligent and complex. In addition, the need for people to interact with them is becoming much greater. One obvious choice for person-device interaction is use of the ubiquitous web browser. More electronic devices are being designed today to be network accessible through a web browser. Such devices are often referred to as web-enabled information appliances or Internet appliances. While benefits of merely web-enabling a device are large indeed, to fully tap the power of the Internet, the device capabilities must go beyond web enabling. For an Internet appliance to be practical and versatile, it must include a variety of hardware and software subsystems. Web-enabled information appliances are showing up in many places, but the challenge is supplying Web pages with dynamic content >> >>* Innovations in Internet appliance design, Mittag, L., Embedded Syst. Program. (USA) vol.12, no.5 (May 1999) (USA), p32-3, 36, 39-40, 42, 44, >>Abstract : There is no longer any debate about whether or not the Internet is going to touch every corner of our lives. The debate is over the extent to which those changes will affect us as the technology improves. The next few years promise to be an exciting time for embedded systems. The assumption that all Internet activity takes place by a user sitting in front of a general-purpose PC has been challenged, and will soon crumble entirely. The challenges facing engineers in embedded Internet product development include selecting which communications infrastructure will become ubiquitous and building devices that use that architecture to their best advantage. The key to meeting this challenge is to create devices that will be useful to the common consumer. The overriding question we must answer is whether or not people want this stuff. The answer will eventually be as self-evident for embedded Internet devices as it is now for the telephone, the PC or the Internet itself >> >>* The current state of Internet appliance design, Mittag, L., Embedded Syst. Program. (USA) vol.13, no.3 (March 2000) (USA), p69-70, 72, 74, 76, >>Abstract : Embedded system developers are finding themselves at the center of a huge Internet appliance thrust, but do we have the right hardware, software and know-how at our disposal to deliver on the promise? > >internet appliance에 관한게 아니라 information architecture에 >관한걸 알고싶었습니다. 혹시 여력이 되시면 좀 찾아주시면 >감사하겠습니다. 아, 그리고 공짜로 얻을수 있는 문서라면 더 좋겠네요. ^^;