Intelligent Mobile and Pervasive Computing

3APL-M: Deliberative Agents in Mobile Devices

2004-09-10T13:24:00.000Z

What-is 3APL-M?

It is a platform for building applications using Artificial Autonomous Agents Programming Language (3APL) as the enabling logic for the deliberation cycles and internal knowledge representation. It is small enough to be used in Mobile Computing applications. Its binary version is distributed in Java 2 Micro Edition and Java 2 Standard Edition compilations.

3APL-M Web Site

Projects at Smart Internet Technology

2004-08-24T04:23:00.000Z

Smart Internet Technology Cooperative Research Centre

Intelligent Environments
Natural Adaptive User Interface
Smart Networks
Smart Personal Assistant
User Environments

NOMAD :: Integrated Networks for Seamless and Transparent Service Discovery

2004-08-15T10:18:00.000Z

The NOMAD project deals with the integration of location aware service discovery mechanisms, handover procedures and service/user profiling, by developing technology that allows users to freely roam across existing and future network infrastructures.

picoPlangent: Inteligent Mobile Agent System for Ubiquitous Computing

2004-08-10T03:40:00.000Z

picoPlangent: Inteligent Mobile Agent System for Ubiquitous Computing (in Japanese): is a agent platfomr for mobile computing that allows you to build small mobile applications by arranging the components within the limits of the target device.

TOSHIBA Corporation

Place Lab :: A privacy-observant location system

2004-07-29T04:22:00.000Z

Welcome to the Place Lab homepage: "Place Lab is a software base and a community-building activity that facilitates widespread adoption of low-cost, easy-to-use user positioning for location-enhanced computing applications. Unlike existing indoor and outdoor user-positioning systems, Place Lab endeavors to provide planetary-scale and privacy observant user positioning by making use of existing infrastructure and offering a low barrier to participation. Furthermore, Place Lab allows clients to determine their location entirely privately without constant interaction with a central service. "

W3C :: Device Independence Activity Statement

2004-07-20T05:03:00.000Z

Device Independence Activity Statement: "The World Wide Web is the universe of network-accessible information. The Web is becoming accessible from a wide range of devices including cellular phones, TV, digital cameras, and in-car computers. A threat we face is that only parts of the Web will be accessible from these devices. W3C is dedicated to ensuring that the Web universe is not fragmented. In keeping with W3C's goal of universal access, and the fundamental design principles that govern W3C technological development, interoperable languages and protocols and single-authored content should prevail."

No wires attached: Usability challenges in the connected mobile world

2004-07-19T01:35:00.000Z

"Mobile computing platforms combining small, lightweight, low-power devices with wireless network connectivity enable the performance of familiar tasks in new environments and create opportunities for novel interactions. Since mobility imposes significant cognitive and ergonomic constraints affecting device and application usability, ease of use is central to devices in the fully mobile wirelessly connected (FMWC) world. In this paper, we consider mobility as an attribute both of the computer and the user. We explain the differences between transportable and fully mobile devices, and we contrast applications that are essentially FMWC applications, those that can be adapted to the FMWC context, and those that are unsuitable for it. We discuss the unique challenges to usability for mobile users and devices and their interaction, and we point out the increasingly critical role of usability in the mobile environment. "

L. Gorlenko, R. Merrick
No wires attached: Usability challenges in the connected mobile world

Pervasive Computing at IBM

2004-07-19T01:31:00.000Z

Pervasive Computing: IBM Wireless, Voice and Mobile Software Products:

Middleware solutions that help enterprises extend the reach of business applications and productivity tools in mobile e-business and customer care

Service provider infrastructure solutions enables xSPs to deliver new value- added services, increase revenue and reduce churn

Embedded solutions : Device manufacturers can add value by extending mobile access to Internet-enabled applications and transactions...

Location Technology: Indoor Location Technology Opens New Worlds

2004-07-08T14:00:00.000Z

GEO World - Jun 2004 - Location Technology: Indoor Location Technology Opens New Worlds: "Imagine that you need to make an emergency call from a mobile phone inside a building that's on fire. You're disoriented by the smoke around you and are unable to describe your location to rescue personnel. By calculating the signal's time and distance to nearby cell-phone towers, mobile networks can calculate a position, but the accuracy is rather low (50-300 meters)."

Indoor Location Technology Opens New Worlds
Kris Kolodziej
GeoPlace.com

At what cost pervasive?

2004-07-02T16:15:00.000Z

At what cost pervasive? A social computing view of mobile computing systems: "With the advent of pervasive systems, computers are becoming a larger part of our social lives than ever before. Depending on the design of these systems, they may either promote or inhibit social relationships. We consider four kinds of social relationships: a relationship with the system, system-mediated collaborative relationships, relationships with a community, and interpersonal relationships among co-located persons. In laboratory studies, the design of pervasive computers is shown to affect responses to social partners. We propose a model of how pervasive systems can influence human behavior, social attributions, and interaction outcomes. We also discuss some implications for system design. "

D. C. Dryer
At what cost pervasive? A social computing view of mobile computing systems
IBM System Journal. Volume 38. Number 4. 1999.

MOSES :: Mobile Services

2004-07-01T12:32:00.000Z

MOSES - Mobile Services: "We aim to develop innovative mobile services and the corresponding supporting technology and platforms. Our research method involves moving beyond the creation of individual services and form general design approaches, methods, and middleware . Initially, we focus on five such general design approaches: how to exploit affect in mobile settings, how to create social mobile services, how to exploit mobility in entertainment services, how to improve mobile services through multimodal interfaces, and how to support collaboration through articulation of mobile activities. "

Swedish Institute of Computer Science

HomeLab :: Environmental Interfaces

2004-07-01T12:30:00.000Z

Environmental Interfaces: HomeLab: "This project represents a
new breed of interface called an "environmental interface."
We feel environmental interfaces are more natural because
they more closely resemble the physical, social "interface"
humans interact with in their daily lives. Fundamentally,
environmental interfaces abandon the idea of a single
concentrated interface such as we might associate with a
computer screen, and instead treat the whole environment
(a home in our example) as the interface, even the most trivial of tasks. "

C. Burkey
Proceedings of the Conference on Human Factors in Computer Systems.
2000.

An intelligent environment must be adaptive

2004-07-01T12:25:00.000Z

An intelligent environment must be adaptive: "What will the home of the future look like? One popular vision is that household devices -- appliances, entertainment centers, phones, thermostats, lights, etc. -- will be endowed with microprocessors allowing the devices to communicate with one another and with the home's inhabitants. The dishwasher can ask the water heater whether the water temperature is adequate; inhabitants can telephone home and remotely instruct the VCR to record a favorite show; the TV could select news stories of special interest to the inhabitant; the stereo might lower its volume when the phone rings; and the clothes dryer might make an announcement over an intercom system when it has completed its cycle. "

Michael C. Mozer

Context Broker Architecture (CoBrA)

2004-06-29T10:59:00.000Z

Context Broker Architecture (CoBrA): "an agent based architecture for supporting context-aware systems in smart spaces (e.g., intelligent meeting rooms, smart homes, and smart vehicles). Central to this architecture is an intelligent agent called context broker that maintains a shared model of context on the behalf of a community of agents, services, and devices in the space and provides privacy protections for the users in the space by enforcing the policy rules that they define. "

Department of Computer Science and Electrical Engineering (CSEE), UMBC.

Project DIAMOnDS :: Distributed Agents for Mobile & Dynamic Services

2004-06-29T10:50:00.000Z

Distributed Agents for Mobile & Dynamic Services (DIAMOnDS): "The use of agents allows execution of complex operations that involves large amounts of data to be done effectively using distributed resources.
(...)
This project will provide a secure and flexible distributed services management infrastructure which can be used for communications and coupling of distributed services used in CERN CMS community."

NUST Institute of Information Technology

Towards an intelligent mobile travel assistant (Paper)

2004-06-25T13:09:00.000Z

Towards an intelligent mobile travel assistant: "Travel has many situations where context-aware computing can bring important benefits. In this paper, we describe an approach for integrating context-aware computing to a mobile travel assistant. Travel plans, generated using reality [2], are enriched within compact and powerful structures, called User Task Models. These structures are transferred to a mobile device enabling the support for the traveler during his trip. "

Marc Torrens and Patrick Hertzog and Pearl Pu and Boi Faltings
Proceedings of the 2004 ACM symposium on Applied computing
pp 1208--1209. Nicosia, Cyprus. 2004.

Portolano Project

2004-06-23T01:48:00.000Z

The Portolano project seeks to create a testbed for investigation into the emerging field of invisible computing. Invisible computing is a term invented by Donald Norman to describe the coming age of ubiquitous task-specific computing devices. The devices are so highly optimized to particular tasks that they blend into the world and require little technical knowledge on the part of their users.

University of Washington

Endeavour Project :: Charting the Fluid Information Utility

2004-06-23T01:39:00.000Z

Endeavour Project Home Page: "Our Mission: Achieve nothing less than radically enhancing human understanding through the use of information technology, by making it dramatically more convenient for people to interact with information, devices, and other people. We will achieve this by developing a revolutionary Information Utility, able to operate at planetary scale. To validate the architecture, we will stress it under demanding applications for rapid decision making and learning. In addition, we will develop new methodologies for the construction and administration of systems of this unprecedented scale and complexity. Our success will be measured by how effectively our architecture actually amplifies and leverages human intellect."

University of California, Berkeley

Project Aura :: Distraction-free Ubiquitous Computing

2004-06-23T01:37:00.000Z

"Project Aura will fundamentally rethink system design to address this problem. Aura's goal is to provide each user with an invisible halo of computing and information services that persists regardless of location. Meeting this goal will require effort at every level: from the hardware and network layers, through the operating system and middleware, to the user interface and applications. "

Carnegie Mellon University

HP Cooltown

2004-06-20T14:21:00.000Z

HP Cooltown: "(...) the intersection of nomadicity, appliances, networking, and the web. We called our vision of the future cooltown - a vision of a technology future where people, places, and things are first class citizens of the connected world, wired and wireless - a place where e-services meet the physical world, where humans are mobile, devices and services are federated and context-aware, and everything has a web presence.
For several years, HP Labs has been working at the intersection of nomadicity, appliances, networking, and the web. We called our vision of the future cooltown - a vision of a technology future where people, places, and things are first class citizens of the connected world, wired and wireless - a place where e-services meet the physical world, where humans are mobile, devices and services are federated and context-aware, and everything has a web presence.

In cooltown, technology transforms human experience from consumer lifestyles to business processes by enabling mobility. Cooltown is infused with the energy of the online world, and web-based appliances and e-services give you what you need when and where you need it for work, play, life."

Network abstractions for context-aware mobile computing

2004-06-18T03:05:00.000Z

"This paper explores context-aware computing in the setting of ad hoc networks consisting of numerous mobile hosts that interact with each other opportunistically via transient wireless interconnections. We extend the context to encompass awareness of an entire neighborhood within the ad hoc network. A formal abstract characterization of this new perspective is proposed. The result is a specification method and associated context maintenance protocol."

Gruia-Catalin Roman and Christine Julien and Qingfend Huang
Network abstractions for context-aware mobile computing
Proceedings of the 24th international conference on Software engineering

GRASS: GeneRic Architectures for Smart Spaces

2004-06-18T03:01:00.000Z

Project GRASS:: "The work carried out under GRASS aims to produce frameworks to support development of context-aware systems for deployment in mobile and ubiquitous environments."

Department of Computer Sciences, Trinity College, Dublin

Providing Architectural Support for Building Context-Aware Applications

2004-06-17T09:15:00.000Z

Providing Architectural Support for Building Context-Aware Applications (Ph.D. thesis)
Anind K. Dey
"This research in context-aware computing has focused on the development of a software architecture to support the building of context-aware applications. While developers have been able to build context-aware applications, they have been limited to using a small variety of sensors that provide only simple context such as identity and location. This dissertation presents a set of requirements and component abstractions for a conceptual supporting framework. The framework along with an identified design process makes it easier to acquire and deliver context to applications, and in turn, build more complex context-aware applications"

Universitat Linz - Institut fur Pervasive Computing

2004-06-16T23:53:00.000Z

Universitat Linz - Institut für Pervasive Computing

Research situated in the following areas :
Software for mobile, ubiquitous and embedded system architectures
Coordination and interaction
Development of distributed and embedded system software
Wireless communication systems and communication software
Quality of Service Management and performance analysis
Distributed interactive (multiuser) simulation

InfoBridge: Peer-to-peer location-aware virtual posters

2004-06-16T03:29:00.000Z

InfoBridge: The objective of this study was to leverage contextual information to support Semantic Web P2P scenarios. The study was conducted on Carnegie Mellon Univesity's campus, leveragring the campus�s Wireless LAN (WLAN) and the MyCampus Semantic Web environment developed by the Mobile Commerce Laboratory over the past few years. Within this environment, users can access a variety of context-aware applications and services from PDAs over the WLAN. Examples of contextual attributes include user location (acquired through location tracking functionality running over the WLAN), calendar information, a variety of preferences (e.g. food preferences, topics of interest), weather information, social information (e.g. classmates, teachers, etc.).
Thanks Fabien Gandon for the reference!

Electric Elves :: University of Southern California

2004-06-15T04:05:00.000Z

Tied to individual user workstations, fax machines, voice, mobile devices such as cell phones and palm pilots, Electric Elves has assisted us in routine tasks, such as rescheduling meetings, selecting presenters for research meetings, tracking people's locations, organizing lunch meetings, etc. There are a number of underlying AI technologies that support the Electric Elves, including technologies devoted to agent-human interactions, agent coordination, accessing multiple heterogeneous information sources, dynamic assignment of organizational tasks, and deriving information about organization members.

MVIS Context-Aware Mobile Systems :: University of Oulo

2004-06-14T14:31:00.000Z

MVIS Context-Aware Mobile Systems: "We develop components for context-aware mobile systems which perceive environmental signals, detect their context (i.e. the state of the system and its local environment) from these signals, and calculate appropriate actions for the detected context. In its simplest form, such a system can be a mobile telephone adjusting its profile based on the noise level and brightness of the environment. A service robot equipped with a vision system and a manipulator is a more complex example of context-aware mobile system. "

J2ME devices: Real-world performance

2004-06-14T14:24:00.000Z

J2ME devices: Real-world performance: "Characterizing device performance helps developers write applications that provide good user experiences. Understanding performance aids developers in understanding each device's limitations and strengths, and in tailoring applications to suit their intent. Application performance is critical in low-level computing devices. This article illustrates how the Java Wireless Competency Centre designs tests to characterize the performance of real-world J2ME (Java 2 Platform, Micro Edition) devices."

Software Agents for Future Mobile Communication Environments

2004-06-11T06:41:00.000Z

Software Agents for Future Mobile Communication Environments: "The research will investigate the role of intelligent and mobile agents in future generation, mobile communication environments. In particular, issues related to how agents can flexibly adapt their behaviour and their interactions to the characteristics of their current communication environment will be explored. "

Participants:
Shamima Paurobally
Phil Turner
Professor Nick Jennings

MyCampus

2004-06-11T03:12:00.000Z

MyCampus: is a Semantic Web environment for context-aware mobile services aimed at enhancing everyday campus life at Carnegie Mellon University (CMU). The environment revolves around a growing collection of task-specific agents capable of automatically accessing a variety of contextual information about their users (e.g. context-aware restaurant concierge, context-aware message filtering agent, etc.). A central element of the myCampus architecture is its use of Semantic eWallets that support the automated discovery and access of contextual resources (e.g. personal resources, organizational resources or public web services) subject to privacy (or confidentiality) constraints specified by their users.

Gandon, F. and Sadeh, N
A Semantic eWallet to Reconcile Privacy and Context Awareness
Second International Semantic Web Conference. Florida. 2003.

The CyberDesk project

2004-06-10T15:49:00.000Z

The CyberDesk project is aimed at providing a software architecture that dynamically integrates software modules. This integration is driven by a user's context, where context includes the user's physical, social, emotional , and mental (focus-of-attention) environments. While a user's context changes in all settings, it tends to change most frequently in a mobile setting. We have used the CyberDesk system in a desktop setting and are currently using it to build an intelligent home environment.

Anind K. Dey
Providing Architectural Support for Building Context-Aware Applications
PhD Thesis. Georgia Institute of Technology. 2000.

Schilit :: A system architecture for context-aware mobile computing

2004-06-10T07:31:00.000Z

The contribution of this thesis is an architecture to support context-aware computing; that is, application adaptation triggered by such things as the location of use, the collection of nearby people, the presence of accessible devices and other kinds of objects, as well as changes to all these things over time. Three key issues are addressed: (1) the information needs of applications, (2) where applications get various pieces of information and (3) how information can be efficiently distributed. A dynamic environment communication model is introduced as a general mechanism for quickly and efficiently learning about changes occurring in the environment in a fault tolerant manner. For purposes of scalability, multiple dynamic environment servers store user, device, and, for each geographic region, context information. In order to efficiently disseminate information from these components to applications, a dynamic collection of multicast groups is employed. The thesis also describes a demonstration system based on the Xerox PARCTAB, a wireless palmtop computer.

William Noah Schilit
A system architecture for context-aware mobile computing
Phd Thesis. Columbia University. 1995.

Software agents to support mobile services

2004-06-09T13:08:00.000Z

The rationale of designing and developing m-services it to offer
new opportunities to wireless devices-oriented users. It happens
that these users postpone their operations because they lack
appropriate facilities on their devices. Thus, it is important to
support such users by allowing them: 1) to search for additional
facilities, when needed, 2) to fetch these facilities to their wireless
devices, and 3) to conduct the operations 1, 2) in a transparent
way. A solution to 1) consists of creating brokering mechanisms.
A solution to 2) consists of using wireless communication
mechanisms. Finally, a solution to 3) consists of using software
agents.

Zakaria Maamar and Wathiq Mansoor and Qusay H. Mahmoud
Software agents to support mobile services
Proceedings of the first international joint conference on Autonomous agents and multiagent systems (AAMAS): part 2. pp 666--667. 2002.

Pervasive Computing: What Is It Good For?

2004-06-09T12:20:00.000Z

"The natural target for pervasive computing is data management -- devices will accept information from the context it is originated and deliver this information in the context it is most useful. For example, the user learns he needs to buy more soft drink when getting the last can from his fridge and this information is added to his shopping list. However, it will be more useful to recall the user about his shopping list when he is nearby or inside a supermarket."

Andrew C. Huang and Benjamin C. Ling and Shankar Ponnekanti
Pervasive Computing: What Is It Good For?
1st ACM international workshop on Data engineering for wireless and mobile access. pp 84--91. Seattle, USA.

Project CRUMPET

2004-06-09T07:04:00.000Z

Project CRUMPET:
The overall aim of CRUMPET is to implement, validate, and trial tourism-related value-added services for nomadic users (across mobile and fixed networks). In particular the use of agent technology will be evaluated (in terms of user-acceptability, performance and best-practice) as a suitable approach for fast creation of robust, scalable, seamlessly accessible nomadic services. The implementation will be based on a standards-compliant open source agent framework, extended to support nomadic applications, devices, and networks.

SOCAM -- A Middleware for Context-Aware Mobile Services

2004-06-08T11:41:00.000Z

SOCAM -- A Middleware for Context-Aware Mobile Services: "In this paper, we present a Service-oriented Context-Aware Middleware (SOCAM) architecture for the building of context-aware mobile services and rapid prototyping of context-aware systems. We propose an ontology-oriented approach to support context reasoning and context knowledge sharing, and a service-oriented approach to support interoperability between different context-aware systems. We also propose a formal context model based on ontology using Web Ontology Language (OWL) to address issues including semantic context representation, capturing context classification information, and enabling context reasoning and context knowledge sharing."

T. Gu, H. K. Pung, D. Q. Zhang
A Middleware for Building Context-Aware Mobile Services
IEEE Vehicular Technology Conference (VTC-Spring 2004). Milan, Italy. 2004.

A survey of context-aware mobile computing research

2004-06-08T10:29:00.000Z

A survey of context-aware mobile computing research: In this survey of research on context-aware systems and applications, we looked in depth at the types of context used and models of context information, at systems that support collecting and disseminating context, and at applications that adapt to the changing context. Through this survey, it is clear that context-aware research is an old but rich area for research. The difficulties and possible solutions we outline serve as guidance for researchers hoping to make context-aware computing a reality.

Agent-Based Software Engineering

2004-06-08T04:55:00.000Z

Agent-Based Software Engineering: "Agent-Based Software Engineering
Agent-Oriented Software Engineering,
Lecture Notes in AI, Springer-Verlag 1957, 2001, pp 58-76.
Charles Petrie
Abstract: It has previously been claimed that agent technologies facilitate software development by virtue of their high-level abstractions for interactions. We address a more specific characterization and utility. We believe that it is important to distinguish agent technologies from other software technologies by virtue of a set of unique software characteristics."

The Challenges of Mobile Computing

2004-06-08T03:53:00.000Z

The Challenges of Mobile Computing
(An editted version of this paper appeared in IEEE Computer, April 1994.)
This paper is a survey of the fundamental software design pressures particular to mobile computing. Promising approaches to address the problems are identified, along with their shortcomings.

Agentlab at the University of Melbourne

2004-06-08T01:12:00.000Z

Agentlab at the University of Melbourne: "The Intelligent Agent Laboratory (Agentlab) is an active research group conducted jointly between the Departments of Computer Science and Software Engineering and Information systems. Both Departments share the new ICT building at the the University of Melbourne located in the very livable city of Melbourne. Founded in 1994, the Agentlab has a long history of research into intelligent agents and multi-agent systems. Over this period the Agentlab has generated a large body of agent related publications."

Context-aware applications

Agent-oriented software engineering

MSNBC - Your Next Computer

2004-06-08T00:50:00.000Z

MSNBC - Your Next Computer: "There are 1.5 billion mobile phones in the world today. Already you can use them to browse the Web, take pictures, send e-mail and play games. Soon they could make your PC obsolete"

eBiquity.ORG

2004-06-08T00:38:00.000Z

eBiquity.ORG : "eBiquity.ORG is a Slashdot-like portal for news and research development in Pervasive Computing. Intended scope covers devices, communication technology/protocols, infrastructure, middleware, software architectures, mobility, applications, m-commerce, and theory. "

What is context-awareness?

2004-06-07T17:12:00.000Z

Context is any information that can be used to characterize the situation of an entity. An entity is a person, place, or object that is considered relevant to the interaction between a user and an application, including the user and applications themselves.
A system is context-aware if it uses context to provide relevant information and/or services to the user, where relevancy depends on the user's task.

Towards a Better Understanding of Context and Context-Awareness -- Anind K. Dey and Gregory D. Abowd (1999)

Agent-Based Software Development

2004-06-07T16:59:00.000Z

This unique new reference offers a thorough and comprehensive explanation of the methods, tools, standards and techniques used to develop software using the agent-oriented approach. Meeting a long unmet need to support the agent-software development community with practical guidance in this cutting-edge area, this authoritative resource helps you to: understand the issues in developing agent-based software, select tools and techniques that aid in the development of agent systems, and become familiar with important methodologies that can be used to build different types of agent systems.

Check it at Michael Luck's web site.

Congrats Michael, Ronald and Mark for this outstanding job!

Pervasive 2004, April 18-23, Linz / Vienna, Austria

2004-06-07T13:07:00.000Z

Pervasive 2004, April 18-23, Linz / Vienna, Austria

Second Intenational Conference on Pervasive Computing.
Hot Spot Papers!

The CyberGuide project

2004-06-07T10:18:00.000Z

Cyberguide Project Page: "The CyberGuide project focuses on how portable computers can assist in exploring physical spaces and cyberspaces. We are developing handheld intelligent tour guides to demonstrate future computing environments"

Gregory Abowd and Christopher Atkeson and Jason Hong and Sue Long and Rob Kooper and Mike Pinkerton
Cyberguide: A mobile context-aware tour guide
ACM Wireless Networks (3). pp 421—433. 1997.

MIT Project Oxygen

2004-06-07T10:05:00.000Z

MIT Project Oxygen

"In the future, computation will be human-centered. It will be freely available everywhere, like batteries and power sockets, or oxygen in the air we breathe. It will enter the human world, handling our goals and needs and helping us to do more while doing less. "

IBM Systems Journal - Vol. 38, No. 4, 1999 - Pervasive computing

2004-06-07T10:01:00.000Z

IBM Systems Journal - Vol. 38, No. 4, 1999 - Pervasive computing

Pervasive computing encompasses the dramatically expanding sphere of computers embedded within and intrinsically part of larger devices. This issue presents an essay and eleven papers on the underlying technologies and the human impact of this field

Xerox PARCTAB

2004-06-07T06:24:00.000Z

Xerox PARCTAB

"The PARCTAB system is a research prototype developed at Xerox PARC to explore the capabilities and impact of mobile computers in an office setting. This research is part of PARC's Ubiquitous Computing research program."

A pioneer research on the use of mobile computing in office environments back in 1993 (!).

Check also the:

Technical Report CSL-93-20

The PARCTAB Mobile Computing System
Bill N. Schilit, Norman Adams, Rich Gold, Michael Tso and Roy Want

The world is not a desktop :: Mark Weiser

2004-06-07T05:47:00.000Z

"What is the metaphor for the computer of the future? The intelligent agent? The television (multimedia)? The 3-D graphics world (virtual reality)? The StarTrek ubiquitous voice computer? The GUI desktop, honed and refined? The machine that magically grants our wishes? I think the right answer is "none of the above", because I think all of these concepts share a basic flaw: they make the computer visible."

This article presents a broad discussion of the 'technology of the future".

Mark Weiser
The world is not a desktop
Perspectives article for ACM Interactions. 1993.

The Computer for the 21st Century :: Mark Weiser

2004-06-07T05:40:00.000Z

"The most profound technologies are those that disappear. They weave themselves into the fabric of everyday life until they are indistinguishable from it. "
In this excellent paper, Mark Weiser gives a glimpse of the next generation computer device and put pervasiveness and mobile computing in perspective!

Mark Weiser
The Computer for the 21st Century
Scientific American Ubicomp Paper. 1991.