x]vu}W!f )y$Kl+%&J"$(aD25:T{Ay9Uwgg'mK?_>=z''C8wq==7'}g1'mZ{I,.ChiqO}wzthL?n6c7Nc;NSV7bv]dm]kw|i}F2{>v0OK3%^%.6aw;,`l^y_F~r&V=[B^gY.7wq[s{)8cO0$q$mf7k}g~@L| A novel context-sensitive task modeling approach capable of supporting complex, user-oriented task definitions, and proposes an algorithm to discover a task and a method to execute it is presented. Third IEEE International Conference on Pervasive Computing and Communications. <> This thesis proposes a framework for autonomic ubiquitous computing, that enables these environments to be self-configuring, self-repairing, and adaptive, and uses a novel semantic discovery process to infer the best values of parameters. 0oy1i~pls>.+FZ0Sb]N&GV/iUQbehQ`zNf;RNfOp,v kGF6ywwlgbx^Wi!\?h]C[>#i &vfG,qsFc$k8:F5i_S3i9brgbY!m3Q)rM>iZix xM|oaR#DvMo&p>{M[e}[C/5ob^yM+' Mi~q6rypqwL;o1$A8:7NF l@Pta:-!N7zr6 Sx)k2# 7$FGKDm+M8" A task modeling approach is presented which tackles the integration of different kinds of models by a generic framework for collaborative environments and is particularly from interest for the intention recognition module of the experimental infrastructure of a collaborative environment. %PDF-1.3 Semantic Scholar is a free, AI-powered research tool for scientific literature, based at the Allen Institute for AI. By clicking accept or continuing to use the site, you agree to the terms outlined in our. f5Aw.k+0#G5(%FJ_@>WI*NZh gQ}v}Ovp{:^WY@pJt5hG@));/,'ciuK [6&sj;^p/Zu~O|oO)] Sjx.q~x f3?7]{i54_C2WYui>O3wyH.~?G3:3QP*5H<9d$[{>e U)LYSz ~QBbkWyEIfH=wvRt! A new high-level programming model for pervasive computing environments, Olympus, which provides developers with operators for commonly used functions and ensures that developers do not have to worry about how various tasks are performed in the space in which their program is to be deployed. Task computing aims to reduce complexity of using technologies by shifting users attentions to what they want to do rather than on. stream However, the complexity, invisibility, and inconsistency in pervasive interactive systems are challenging problems.
This technical report describes an approach called task-driven computing that can be used to solve the problem of pervasive computing because with appropriate system support it is possible to let users interact with their computing environments in terms of high level tasks and free them from low level configuration activities. DRVsno &E MYN"H8IQ.u+( This work proposes a solution for ad hoc composition of pervasive computing components, based on the Web services and Semantic Web paradigms, with the ability to integrate on the fly a number of Web services conversation fragments to reconstruct a conversation enabling the target user task. In order to improve the users acceptance and usability of these systems, there should be a solution to relieve these problems.
By proposing a framework for retrieving only those tasks that suit the abstraction level of the users intention, this paper can reduce the number of retrieved tasks irrelevant to the user. This work presents concepts on how to improve the user interface of mobile devices so that capturing tasks on-the-go becomes feasible and proposes to move away from display driven user interfaces to more sophisticated interfaces that utilize all the sensors and actors of current mobile devices. nceHZg)l|c ]>t=l.Ty]j+MB&[3HQWMy y~_(ZmihjC\Y{Y84SFdOTBv_KqfBby'PQU08`V8~. Gdop@D[q21 ii\NZ4c(7nPFGP"pdJ},K{TdJmmY{@b1)zYZ5bx|.%ztl19n' ja+`RA=$ag+;^Y}_~jm19(8;-}=a'YWKZC.C+VXhfnun1*7,Rt.`Tnv^0%f8ut?v It is argued that "task computing" offers an incentive to device manufacturers to incorporate semantic web technologies into their devices in order to get the benefits of easier and more flexible use of their devices' features by end-users. This work proposes a framework for estimation of future resource requirements, which would allow the mobile applications to adapt to wearing (due to disassociations and reassociations) of resources and shows through case analysis that proactive systems benefit from the architecture. 6 0 obj % View 3 excerpts, references methods and background. Context-Dependent Task Computing in Pervasive Environment, Task Computing - The Semantic Web Meets Pervasive Computing, Ad Hoc Composition of User Tasks in Pervasive Computing Environments, A task execution framework for autonomic ubiquitous computing, Olympus: A High-Level Programming Model for Pervasive Computing Environments, Towards alternative user interfaces for capturing and managing tasks with mobile devices, Towards an Holistic Understanding of Tasks, Objects and Location in Collaborative Environments, A framework for resource discovery in pervasive computing for mobile aware task execution, A Framework for Task Retrieval in Task-Oriented Service Navigation System, Pervasive computing is to seamlessly integrate computers into everyday settings to support people in their everyday tasks.
