Title :
Toward an Ecosystem for Developing and Programming Assistive Environments
Author :
Helal, Sumi ; Chen, Chao ; Kim, Eunju ; Bose, Raja ; Lee, Choonhwa
Author_Institution :
Pervasive & Mobile Comput. Lab., Univ. of Florida, Gainesville, FL, USA
Abstract :
The first cohort of “baby boomers” are now 65 years or older, presaging a massive wave of aging “boomers” that could degrade health care and elder care over the next quarter-century. Cost-effective, high-impact technologies for aging, disabilities and independent living are urgently needed. In this paper, we present our experience in building “assistive environments” for older adults-the Gator Tech Smart House (GTSH) project. Numerous R&D efforts similar to ours are either underway or have recently been conducted. In most of these projects, prototypes have been built to achieve independence, well being, and in general, good quality of life. But prototyping a technology is one thing; commercial proliferation and creating a vibrant industry around such technology is an altogether different proposition. From the lessons learned in the GTSH, we analyze the impediments hindering the emergence of products and services for assistive environments, and present the blueprints of an ecosystem based on requirements drawn from the lessons learned. We believe the proposed ecosystem is an important beginning to providing better conditions for an accelerated proliferation of next-generation smart homes and assistive environments.
Keywords :
handicapped aids; health care; home automation; GTSH project; Gator Tech Smart House project; R&D; aged people; assistive environment developement; assistive environment programming; baby boomers; cost-effective-high-impact technologies; disabled people; ecosystem blueprints; elder care; health care degradation; independent living; next-generation smart home proliferation; older adults; Aging; Ecosystems; Intelligent systems; Medical services; Middleware; Monitoring; Quality assessment; Senior citizens; Service robots; Smart homes; Telematics; Aging in place; ambient assisted living; assistive environments; assistive technology; middleware for pervasive spaces; programmable pervasive spaces; smart homes and health telematics; smart spaces; successful aging;
Journal_Title :
Proceedings of the IEEE
DOI :
10.1109/JPROC.2012.2200548