DESIGNING HYPERMEDIA APPLICATIONS P ... - Semantic Scholar
Recommend Documents
Abstract. In this paper we present a design approach and a software framework for building physical hypermedia applications, i.e. those mobile (Web) applica-.
Figure 1 shows an example of a Conceptual Schema for Microsoft's Art Gallery. CDROM, showing the conceptual classes, their attributes and relationships.
... Simulation and Control, Proceedings of the International Conference on Information and ... [25], glucose measurement [45], blood oxygen monitoring [48], or emergency calls [52]. .... IOS Press, Amsterdam, pp. .... SOPHIA- Best Practice.
solutions both while developing the navigational architecture of the application and when building its user interface [Rossi96, Rossi97, Rossi99, Lyardet99].
IFIP International Federation for Information Processing 2012 ... 4 Public Law particulary Environmental Law and Technology Law, Kassel University, Germany.
"films of the year 1942" and one of the "films with Humphrey Bogart". The set of navigational nodes belonging to a navigational context are usually connected.
This is the case with and ... links: (1) simple, similar to HTML links, pointing to a single resource1 and (2) extended, which associates.
model-driven design approach is appropriate for developing applications where .... provides two distinct models for educational web applications development:.
Section, we will outline the algorithm employed in GeNet, then describe the evaluation study ... media employed and information content In (only for leaf nodes).
DESIGNING HYPERMEDIA APPLICATIONS P ... - Semantic Scholar
111 tllr 11 tera t tire tliat provicle guidelines for t lit. dc\lgn of It! pc~rnletlra applications [GPS93] A. ,j~t'c~f~ clatahasc tilotlcl 15 inlpl~clt la gIBIS [CB89],.
DESIGNING HYPERMEDIA APPLICATIONS P. Balasubramanian Tomas Isakowitz Edward Stohr Information Systems Department Stern School of Business New York University
Workinq PaDer Series STERN IS-93-40
Center for Digital Economy Research Stem School of Business IVorking Paper IS-93-40
Designing Hypermedia Applications P. Balasubramanian
TounAs Isalio.\'i-jt~ t Ecl\vard A. Stohr I~lformntionSvsteilt\ 1)epartment Leonard K.Stern Scl~oolol' Busi~less S ~ Yorli. W N'I- 10012 "
Abstract
INTRODUCTION We propose a methoclolog~ foi tleslgrir 11;:
eprovided in all electlonic trletll~~il~ slgil of hypertext applications r ~ l ~ o l cdl)trrrlilg ~es alltl orgaii~ziilg the structure of a coml>lrx tlor-r~,~lrl atl~I inaking it clear aiid accesslhle t o 11.el\ [(:P\c). k t n1u.t toilslcle~tlte dyilamic lilteraction of I 111' it,(>r \r ~ t l itile IIJ peitest (1 e the 'browsing ser-r~,tilirr \ [21S8b CIFb91) 1,
M7e descrzbe a step-by-strp ri~eihorlologyfoi / h e deszgn and c o n s f r u c t z o n of h ypcr medro ctppl?tofrorrs nlrrl zlltistrafe o u r approach usttrg ii srlrnll r ~ p l ) / ~ c / i l l o7i h~ c Relntzonshtp dfairngeii2ellt Destqrl (1Z.lll)) rrrc (11niiology begtns zuzth a data irivdcl of thc npl)ltcn/iotr (lonznzri and proceeds through flte dr stqir o f / h c h ypr r l c r / ~ i e t w o r k ,u s e r z~zterfucec17rd r t f l ) - f i r r ~dyrriri~~iri f /iiinlly concludrng zuzth t h e conslrttctro~rnnil fes/tirq o j ' f h f~n r gef hyper~lzedta s y s t e m . O u r tilftnrnff o h j r i f ! ( ~1 s to crse t h e R i l f D apporach as f h c basrs for tlrc coirsir 1rctzoil of coz?zputerzzed tools f o strppoi 1 ilrr c/c\cqi~ itrrrl development of h y p e r ~ ? ~ e d iappl?ioicoirs a
1
$
Olicr a iatisfactorj design has been determined, the 11) ])(>I text 5ttll neecls to be coilstructecl This is also a 111ric~-~o11~11111111g dirt1 colllples task elen usli~ga mod Tllr met hoclolog1 builds oil previous re\(-a1i Ir iilr 011 urg tire r1.e of data ir~odeliilgill hypertext [l i 0 0 1orilHO SI,TISC).?,C+lr'SS3. AMY881 In partic11ln1 p1oposr ,amp extensioi1.j t o the HDM2 data i~rotlt~l clcxt lopcltl in [GPRI] t o reflect the dynainic ilat r i r r of 11111;. I\ 1, call tlrt~esteilded lrlodel the RMD ( Rcla t lor~sllij)l l a l l a g e m e ~ Dessgn) ~t model 111 1111.
~ l r t 'd
lo co~lstiuctthe 11: pertest. we propose the use of a Relatlon~hip\taiiagemeiit Sj >tell1 (RAIS) [IS921 that trsc\ t l l c y o ~ ~ t p lfroin i t the desrgn qtage t o help generate creel1 ilodes, etc.) aiid for the tl! namics of the user interaction.
2 It
as ev~dentfrom the develop~nentexperience \$,as hart1 to 1001; after many applicatioi~ cletr1ils in a collsr.tent and efficient riiatlner. I11 ~ I t rcnlar, I ~t wai d ~ f i c u l t o illai~rtaincoilsistency 1,i~tneenscreens artcl hnks of the same type. A ~ e ~ l ~ ~ - a t ~ t o
