paper 39, Towards a Generic Application Partitioning and Retraction Framework for Pervasive Environments
Table of Contents
- Session 1 of Future Computer and Communication 2011
- 1. Integrating Entanglement Swapping into Secure Socket Layer — Handshake Protocol
- Session 2 of Future Computer and Communication 2011
- 11. Scene Change Detection with Temporally Constrained Clustering
- Session 3 of Future Computer and Communication 2011
- 21. Walking Compensation Treadmill Based System: Device, Environment and Testing Method
- Session 4 of Future Computer and Communication 2011
- 31. Hidden Coupling and Its Impact on Software Reliability
- Session 1 of Mathematics in Business and Economics 2011
- 40. Modeling Operational Risk in Financial Institutions: Application and Improvement on EVT
- 44. The Effects of Split Share Structure on Accounting Conservatism—Evidence from Chinese Listed Firms
- Session 1 of Mathematics and Geosciences 2011
- 46. Application of Three-Dimensional Terrain Modeling Technology of Gan Jiang Yuan
- Session 1 of Mathematics and Arts 2011
- 51. Automatic Masked Morphing for 3D Facial Animations
- Session 2 of Mathematics and Arts 2011
- 61. Structural Instability for Solo Piano (2007) by Greek Composer Fani Kosona
- Session 3 of Mathematics and Arts 2011
- 71. The Creation of the Modal through Symmetry in Liviu Glodeanu's Musical Composition
Chapter Contents
- Abstract
- Key Words
- 1 Introduction
- 2. Related Works
- 3 Motivating Scenario and Analysis
- 4. Partitioning and Retraction Framework
- 5. Discussions
- 6. Conclusions and Future Works
- Acknowledgement
- References
Excerpt
Current mobile context-aware applications for pervasive environments have been designed to consume information from computational nodes or devices in their surroundings or environments. As the hardware industry continues making much smaller, compact and cheap hardware, the vision of having plenty of very small powerful digital networking nodes in, for e.g., the living room or bedroom, is not so far. Designingsoftware that can make optimal use of all these computational nodes when needed is still challenging; since software will not only consume information from these nodes but parts of the software can be hosted on these different nodes. In this paper we propose the BubbleCodes Framework which is a generic application partitioning and retraction framework for next generation context-aware applications that will have the capabilities to partition and retract themselves on multiple computational nodes in a pervasive environment.
©2011 ASME


This Publication
Scitation
SPIN
Scitopia
Google Scholar
PubMed