This directory is created automatically and some papers may be mislabeled. Only document within the CiteSeer database are listed. The directory is intended to provide entry points for browsing the database and is not intended to be authoritative. Papers may not appear in all relevant categories. For example, papers in a sub-category may not appear in higher level categories.
1114.2 OceanStore: An Architecture for Global-Scale Persistent Storage - Kubiatowicz, Bindel, Chen.. (2000)(Correct)
OceanStore is a utility infrastructure designed to span the globe and provide continuous access to persistent information. Since this infrastructure is comprised of untrusted servers, data is protecte... / many envision a world of ubiquitous computing devices that add br manual synchronization. Ubiquitous computing places several requirements
527.6 Tangible Bits: Towards Seamless Interfaces between People, Bits and.. - Ishii, Ullmer (1997)(Correct)
This paper presents our vision of Human Computer
Interaction (HCI): "Tangible Bits." Tangible Bits allows
users to "grasp & manipulate" bits in the center of users'
attention by coupling the bits with... / augmented reality ubiquitous computing center and periphery br article on his vision of Ubiquitous Computing illustrating a
324.6 Fast Multiresolution Image Querying - Jacobs, Finkelstein, Salesin (1995)(Correct)
We present a method for searching in an image database using a
query image that is similar to the intended target. The query image
may be a hand-drawn sketch or a (potentially low-quality) scan
of the... / multimedia ubiquitous computing art history br query. In the realm of ubiquitous computing a computer may need to
299.9 The Context Toolkit: Aiding the Development of Context-Enabled.. - Salber, Dey, Abowd (1999)(Correct)
Context-enabled applications are just emerging and
promise richer interaction by taking environmental context
into account. However, they are difficult to build due to
their distributed nature and the... / or context-aware computing ubiquitous computing toolkits widgets br phone calls In ubiquitous computing systems devices sense and
263.6 Bridging Physical and Virtual Worlds with Electronic Tags - Want, Fishkin, Gujar, Harrison (1999)(Correct)
The role of computers in the modern office has tended to
split our activities between virtual interactions in the realm
of the computer and physical interactions with real objects
that have been part ... / KEYWORDS RFID tag ubiquitous computing tangible interface br computation in them in the ubiquitous computing tradition founded at PARC
231.8 Adaptation and Mobility in Wireless Information Systems - Katz (1995)(Correct)
A confusing array of new wireless "untethered" communications services, for voice and data, in real-time
or delayed, interactive or one-way, in-building or out-of-doors, are rapidly becoming availab... / wireless computing ubiquitous computing nomadic computing and br of wireless computing. Ubiquitous computing as defined by Weiser
228.5 Locating Objects in Mobile Computing - Pitoura, Samaras (2001)(Correct)
In current distributed systems, the notion of mobility is emerging in many forms and applications. unknown Locating Objects in Mobile Computing
Evaggelia Pitoura
Department of Computer Science
Univ... / environment to support ubiquitous computing or the migration of br Computer Science Issues in Ubiquitous Computing. Communications of the
228.5 Mining High-Speed Data Streams - Domingos, Hulten (2000)(Correct)
Many organizations today have more than very large databases unknown Mining High-Speed Data Streams
Pedro Domingos
Dept. of Computer Science Engineering
University of Washington
Box 352350
Seatt... / the Internet continues and ubiquitous computing becomes a reality we can
218.1 i-LAND: An interactive Landscape for Creativity and Innovation - Streitz, Geißler, Holmer, Konomi.. (1999)(Correct)
We describe the i-LAND environment which constitutes an
example of our vision of the workspaces of the future, in
this case supporting cooperative work of dynamic teams
with changing needs. i-LAND req... / space augmented reality ubiquitous computing roomware cooperative br in augmented reality and ubiquitous computing. The fourth perspective is
182.8 A Network Architecture for Heterogeneous Mobile Computing - Brewer, Amir, Balakrishnan.. (1998)(Correct)
This paper summarizes the results of the BARWAN project, which focused on enabling truly useful mobile networking across an extremely wide variety of real-world networks and mobile devices. We present... / alternative to the idea of ubiquitous computing Wei in which we care br Computer Science Issues in Ubiquitous Computing. Communications of the
179.7 Comparing Algorithms for Dynamic Speed-Setting of a Low-Power CPU - Govil, Chan, Wasserman (1995)(Correct)
To take advantage of the full potential of ubiquitous
computing, we will need systems which minimize powerconsumption.
Weiser et al. and others have suggested
that this may be accomplished by a CPU wh... / of the full potential of ubiquitous computing we will need systems br Recent developments in ubiquitous computing make it likely that the
174.4 Cyberguide: A Mobile Context-Aware Tour Guide - Abowd, Atkeson, Hong, Long, Kooper.. (1997)(Correct)
Future computing environments will free the user from the constraints of the desktop. Applications for a mobile environment should take advantage of contextual information, suach as position, to offer... / use of emerging mobile and ubiquitous computing technologies. Quick br other applications of ubiquitous computing technology. The general
161.7 A New Location Technique for the Active Office - Ward, Jones, Hopper (1997)(Correct)
this paper, we first present an overview of research into location-aware computing and evaluate currently available location sensor technologies. We then describe a new location sensor, tailored to pr... / He considers a vision of Ubiquitous Computing in which computing
154.5 Hive: Distributed Agents for Networking Things - Minar, Gray, Roup, Krikorian, Maes (1999)(Correct)
Hive is a distributed agents platform, a decentralized system for building applications by networking local system resources. This paper presents the architecture of Hive, concentrating on the idea of... / and potentials of ubiquitous computing and embedded network br ideas under the name ubiquitous computing In the consumer
144.9 Bricks: Laying the Foundations for Graspable User Interfaces - Fitzmaurice, Ishii, al. (1995)(Correct)
We introduce the concept of Graspable User Interfaces
which allow direct control of electronic or virtual objects
through physical handles for control. These physical
artifacts are essentially new inp... / augmented environments ubiquitous computing INTRODUCTION We propose br exhibit the property of ubiquitous computing in which computation
141.3 The Active Badge Location System - Roy Want (1992)(Correct)
cation is the `pager system'. In order to locate a
person a signal is sent out by a central facility that addresses a particular receiver unit (beeper) and
produces an audible signal. In addition, it ... /
130.4 Migratory Applications - Bharat, Cardelli (1995)(Correct)
We introduce a new genre of user interface applications that
can migrate from one machine to another, taking their user
interface and application contexts with them, and continue
from where they left ... / Mobile Computing Ubiquitous Computing Safety. INTRODUCTION br As the infrastructure for ubiquitous computing comes into being new
119.9 Designing Audio Aura - Mynatt, Back, Want, Baer, Ellis (1998)(Correct)
In this paper, we describe the process behind the design of
Audio Aura. The goal of Audio Aura is to provide
serendipitous information, via background auditory cues,
that is tied to people's physic... / based on a legacy system for ubiquitous computing Our initial plans
119.9 Design Principles for Intelligent Environments - Coen (1998)(Correct)
embedded, interactive spaces that we call Intelligent
Environments. The motivation for building these systems is
to bring computation into the real, physical world to support
what is traditionally ... / other HCI paradigms such as ubiquitous computing and other embedded br Why this isn't Ubiquitous Computing Intelligent environments
118.5 The Effects of Mobility on Reliable Transport Protocols - Caceres, Iftode (1994)(Correct)
We explore the effects of host motion on the performance of active transport-level connections. Motion causes increased delays and packet losses while the network learns how to route data to a host's ... / to users of emerging ubiquitous computing environments This
114.2 The Smart Floor: A Mechanism for Natural User Identification and.. - Orr, Abowd (2000)(Correct)
We have created a system for identifying people based on
their footstep force profiles and have tested its accuracy
against a large pool of footstep data. This floor system
may be used to transparentl... / Interaction technology ubiquitous computing tactile I O user br With the advent of ubiquitous computing and smart
102.8 Supporting Location-Awareness in Open Distributed Systems - Leonhardt (1998)(Correct)
Mobile computers and communication devices are establishing themselves as ubiquitous
features of daily life. This development is linked to tremendous growth in the
number and sophistication of mobile ... / . . . Ubiquitous Computing Xerox br of the Xerox PARC ubiquitous computing environment .
93.6 Composable Ad-hoc Mobile Services for Universal Interaction - Todd Hodes (1997)(Correct)
This paper introduces the notion of "universal interaction," allowing
a device to adapt its functionality to exploit services it discovers as
it moves into a new environment.
Users wish to invoke serv... / connectivity This ubiquitous computing environment is br Computer Science Issues in Ubiquitous Computing. Communication of the ACM
86.9 An Overview of the ParcTab Ubiquitous Computing Experiment - Want (1995)(Correct)
This paper
describes the Ubiquitous Computing philosophy, the PARCTAB system, user-interface
issues for small devices, and our experience in developing and testing a variety of mobile
applications. un... / An Overview of the ParcTab Ubiquitous Computing Experiment Roy Want br as a preliminary testbed for Ubiquitous Computing a philosophy originating
85.7 Real-time Analysis of Data from Many Sensors with Neural Networks - Van Laerhoven, Aidoo, Lowette (2001)(Correct)
Much research has been conducted that uses sensorbased
modules with dedicated software to automatically
distinguish the user's situation or context. The best
results were obtained when powerful sensor... / human-computer interaction ubiquitous computing and wearable computing br Ed.Handheld and Ubiquitous Computing Lecture Notes in Computer
85.7 A Survey of Context-Aware Mobile Computing Research - Chen, Kotz (2000)(Correct)
Context-aware computing is a mobile computing paradigm in which applications can discover and take advantage of contextual information (such as user location, time of day, nearby people and devices, a... / under the vision of ubiquitous computing Wei Wei also br applications in the area of ubiquitous computing. -References
85.1 The metaDESK: Models and Prototypes for Tangible User Interfaces - Ullmer, Ishii (1997)(Correct)
The metaDESK is a user interface platform demonstrating
new interaction techniques we call "tangible user interfaces.
" We explore the physical instantiation of interface
elements from the graphical u... / input augmented reality ubiquitous computing INTRODUCTION The br augmented reality and ubiquitous computing have begun to address this
84.0 A System Architecture for Context-Aware Mobile Computing - Schilit (1995)(Correct)
A System Architecture for Context-Aware Mobile Computing William Noah Schilit Computer applications traditionally expect a static execution environment. However, this precondition is generally not pos... / . Ubiquitous Computing br Mark Weiser who's vision of ubiquitous computing got me excited once again
81.8 Wearable Computing Meets Ubiquitous Computing: Reaping the best of.. - Rhodes, Minar, Weaver (1999)(Correct)
This paper describes what we see as fundamental
diculties in both the pure ubiquitous computing and
pure wearable computing paradigms when applied to
context-aware applications. In particular, ubiquit... / Wearable Computing Meets Ubiquitous Computing Reaping the best of both br diculties in both the pure ubiquitous computing and pure wearable
72.7 A Context-Based Infrastructure for Smart Environments - Dey, Abowd, Salber (1999)(Correct)
In order for a smart environment to provide services to its occupants,
it must be able to detect its current state or context and determine what actions
to take based on the context. We discuss the ... / of a number of ubiquitous computing research problems br A living laboratory for ubiquitous computing research. To appear in the
72.4 The World through the Computer: Computer Augmented Interaction with.. - Rekimoto (1995)(Correct)
Current user interface techniques such as WIMP or the desktop
metaphor do not support real world tasks, because the
focus of these user interfaces is only on human--computer interactions,
not on human... / several problems with current ubiquitous computers systems and augmented br palmtop computers ubiquitous computing augmented reality
71.4 Implicit Human Computer Interaction Through Context - Schmidt (2000)(Correct)
In this paper the term implicit human computer interaction is defined. It is discussed how the availability of processing power and advanced sensing technology can enable a shift in HCI from explicit ... / interaction perception ubiquitous computing. Introduction The br Symposium on Handheld and Ubiquitous Computing HUC Karlsruhe
71.4 Automated Response Using System-Call Delays - Anil Somayaji Dept (2000)(Correct)
Automated intrusion response is an important unsolved
problem in computer security. A system called pH (for
process homeostasis) is described which can successfully
detect and stop intrusions before t... / expanding connectivity and ubiquitous computing we Published in the
63.6 Token-Based Access to Digital Information - Holmquist, Redström, Ljungstrand (1999)(Correct)
Several systems have been designed where a physical object is used
to access digital information that is stored outside the object, but as yet no
common vocabulary exists to describe such systems.... / computers has been that of ubiquitous computing where computers would br tools proposed ubiquitous computing environments hope to make
62.8 CyberDesk: a framework for providing self-integrating context-aware.. - Dey, Abowd, Wood (1998)(Correct)
Applications are often designed to take advantage of the potential for integration with each other via shared information. Current
approaches for integration are limited, affecting both the programmer... / Dynamic mediation Ubiquitous computing . Introduction br The main objective of the ubiquitous computing project CyberDesk is to
62.8 Adding Generic Contextual Capabilities to Wearable Computers - Pascoe (1998)(Correct)
Context-awareness has an increasingly important role to
play in the development of wearable computing systems.
In order to better define this role we have identified four
generic contextual capabiliti... / integration of wearable and ubiquitous computing. The intimate association br gap between wearable and ubiquitous computing The wearable computer
60.8 Enabling Technologies for Web-Based Ubiquitous Supercomputing - Foster, Tuecke (1996)(Correct)
We use the term ubiquitous supercomputing to refer to systems that integrate low- and mid-range computing systems, advanced networks, and remote highend computers with the goal of enhancing the comput... / it combines aspects of ubiquitous computing and traditional br with each other. Ubiquitous Computing Technologies To a
57.1 XLibris: An Automated Library Research Assistant - Crossen, Budzik, Warner, Birnbaum.. (2001)(Correct)
While recent work has focused on providing tools and
infrastructure for users to access electronic information over the
Internet, the relationship between the physical world and
information avail... / retrieval metasearch ubiquitous computing. . INTRODUCTION br Integration And Ubiquitous Computing. . Current And Future
57.1 Partitioning Digital Worlds: Focal and Peripheral Awareness in.. - Grudin (2001)(Correct)
Software today does not help us partition our digital worlds
effectively. We do it ourselves. This field study of users of
multiple monitors examines how people with a lot of
display space organize an... / and perhaps even smells. Ubiquitous computing information appliances.
57.1 Pervasive Computing: Vision and Challenges - Satyanarayanan (2001)(Correct)
This paper discusses the challenges in computer systems research posed by the emerging field of pervasive computing. It first examines the relationship of this new field to its predecessors: distribut... / described his vision of ubiquitous computing now also called br Location Information in a Ubiquitous Computing Environment. In
57.1 Dynamic Service Discovery for Mobile Computing: Intelligent Agents.. - Chen, Joshi, Finin (2001)(Correct)
The emergence of ad-hoc pervasive connectivity for devices based on Bluetooth-like systems provides a new way to create applications for mobile systems. We seek to realize ubiquitous computing systems... / systems. We seek to realize ubiquitous computing systems based on the br pervasive mobile and ubiquitous computing. Mobile Commerce
57.1 Using Dynamic Mediation to Integrate COTS Entities in a Ubiquitous.. - Kiciman, Fox (2000)(Correct)
The original vision of ubiquitous computing [14] is about enabling
people to more easily accomplish tasks through the seamless interworking
of the physical environment and a computing infrastructu... / COTS Entities in a Ubiquitous Computing Environment Emre Kcman br The original vision of ubiquitous computing is about enabling
57.1 Algorithmic Design of the Globe Wide-Area Location Service - van Steen, Hauck, Ballintijn.. (1998)(Correct)
this paper, we use the term mobile object to collectively
refer to any component -- implemented in hardware,
software, or a combination thereof -- that is capable of changing
locations. We assume that... / For example to support ubiquitous computing it will be necessary to br Computer Science Issues in Ubiquitous Computing.Commun. ACM
57.1 Towards a Design Methodology for Adaptive Applications - McIlhagga, Light, Wakeman (1998)(Correct)
We describe an abstract architecture of adaptive applications, and indicate where we believe crucial design
decisions must be made. We illustrate the use of the abstract model in the design of an imag... / devices we would like an ubiquitous computing environment in which br computer science issues in ubiquitous computing. Communications of the
57.1 There is more to Context than Location - Schmidt, Beigl, Gellersen (1998)(Correct)
Context is a key issue in interaction between human and computer, describing the surrounding facts that add meaning. In mobile computing research published the parameter location is most often used to... / and at Xerox PARC with the ubiquitous computing experiment from which a br and access problem of ubiquitous computing in an educational setting.
51.4 Roomware for Cooperative Buildings: Integrated Design of.. - Streitz (1998)(Correct)
In this paper, we introduce the concepts of "cooperative buildings" and
"roomware" and place them in the context of the integrated design of real, physical,
resp. architectural spaces and virtual,... / Wellner et al. ubiquitous computing Weiser tangible br on augmented reality and ubiquitous computing and our own work on
46.8 CyberDesk: A Framework for Providing Self-Integrating Ubiquitous.. - Anind Dey (1997)(Correct)
Current software suites suffer from problems due to poor
integration of their individual tools. They require the designer
to think of all possible integrating behaviours and
leave little flexibility t... / An Overview of the PARCTAB Ubiquitous Computing Experiment. IEEE Personal
46.8 Reactive Environments: Throwing Away Your Keyboard and Mouse - Cooperstock, Fels, Buxton, Smith (1997)(Correct)
ectronic systems could be merged into the physical world to
provide computer functionality to everyday objects. This idea is exemplified by Ubiquitous Computing (UbiComp)
[10] and Augmented Reality [1... / This idea is exemplified by Ubiquitous Computing UbiComp and br Computer Science Issues in Ubiquitous Computing. Communications of the
45.4 Distributed Directory Service and Message Routing for Mobile Agents - Moreau (1999)(Correct)
Research about networks and agents has identi ed the need for a layer that
provides a uniform protocol to communicate with xed and mobile agents. In
order to preserve the compatibility with existin... / Computer Science Problems in Ubiquitous Computing. Communications of the
45.4 A Taxonomy for Routing Protocols in Mobile Ad Hoc Networks - Feeney (1999)(Correct)
A Mobile Ad hoc NETwork (manet) is a mobile, multi-hop wireless network which is
capable of autonomous operation. It is characterized by energy-constrained nodes, bandwidthconstrained,
variable-capaci... / and various forms of ubiquitous computing. They are generally
45.4 TouchCounters: Designing Interactive Electronic Labels for Physical.. - Yarin, Ishii (1999)(Correct)
We present TouchCounters, an integrated system of
electronic modules, physical storage containers, and
shelving surfaces for the support of collaborative physical
work. Through physical sensors and lo... / Based upon prior work in ubiquitous computing and tangible interfaces br Tangible interfaces ubiquitous computing distributed sensing
42.8 Supporting Awareness of Shared Interests and Experiences in Community - Sumi, Mase (2000)(Correct)
In this pap er wepr] ose a notion of facilitating encounter
and knowledge share/ among people havingshar]
inter]U0
and exper/0]L: in
museums,confer]]133
etc.
Inor:U to
showour apprLN
h andcur]1 t sta... / context-awar applications ubiquitous computing softwar agents br is applying a var N y of ubiquitous computing technologies to facilitate
42.8 The Gesture Pendant: A Self-illuminating, Wearable, Infrared Computer .. - Jake (2000)(Correct)
In this paper we present a wearable device for control of home automation systems via hand gestures. This solution has many advantages over traditional home automation interfaces in that it can be use... / While a ubiquitous computing architecture built into br A living laboratory for ubiquitous computing research. In Second
42.8 MediaCups: Experience with Design and Use of Computer-Augmented.. - Beigl, Gellersen, Schmidt (2000)(Correct)
Our view of ubiquitous computing is artefact-centred: in this view, computers are considered as secondary
artefacts that enable items of everyday use as networked digital artefacts. This view is expre... / Abstract Our view of ubiquitous computing is artefact-centred in br Keywords Ubiquitous computing digital artefacts
42.8 WebSplitter: A Unified XML Framework for Multi-Device Collaborative.. - Han, Perret, Naghshineh (2000)(Correct)
WebSplitter symbolizes the union of pervasive multi-device
computing and collaborative multi-user computing.
WebSplitter provides a unified XML framework that
enables multi-device and multi-user Web b... / devices in the vicinity. Ubiquitous computing devices Want e.g. a br An overview of the PARCTAB ubiquitous computing experiment IEEE Personal
42.8 Designing the User Interface for Multimodal Speech and Pen-based.. - Sharon Oviatt Oregon (2000)(Correct)
The growing interest in multimodal interface design is inspired in large part by the goals of
supporting more transparent, flexible, efficient, and powerfully expressive means of humancomputer
interac... / . . Multi-Device Multi-User Ubiquitous Computing . . Multimodal Research br collaborative computing and ubiquitous computing. James Landay is an
40.0 A Novel Broadband Ultrasonic Location System - Hazas, Ward (2002)(Correct)
Indoor ultrasonic location systems provide fine-grained position data to ubiquitous computing applications. However, the ultrasonic location systems previously developed utilize narrowband transducers... / International Conference on Ubiquitous Computing Lecture Notes in br position data to ubiquitous computing applications. However the
40.0 Routing on a Curve - Nath, Niculescu (2002)(Correct)
Relentless progress in hardware technology and recent advances in sensor technology, and wireless networking have made it feasible to deploy large scale, dense ad-hoc networks. These networks together... /
40.0 Zero-Interaction Authentication - Corner, Noble (2002)(Correct)
Laptops are vulnerable to theft, greatly increasing the likelihood
of exposing sensitive files. Unfortunately, storing data
in a cryptographic file system does not fully address this
problem. Such sys... /
39.9 Composable Ad hoc Location-based Services for Heterogeneous Mobile.. - Hodes, Katz (1998)(Correct)
This paper introduces a comprehensive architecture that supports
adapting a client device's functionality to new services it discovers
as it moves into a new environment.
Users wish to invoke services... / connectivity This ubiquitous computing environment is br location information in a ubiquitous computing environment. Proceedings
39.9 Developing A Context Sensitive Tourist Guide - Davies, Mitchell, Blair (1998)(Correct)
all of the information they
require pre-installed as typified by, for example, the Cyberguide project [Long,96]. This
approach is likely to have performance benefits since it does not rely on wireless... / builds on the ideas of Ubiquitous Computing as proposed by Weiser in br Computer Science Issues in Ubiquitous Computing.Communications of the
38.2 Context-awareness in wearable and ubiquitous computing - Abowd, Dey, Orr, Brotherton (1997)(Correct)
A common focus shared by researchers in mobile,
ubiquitous and wearable computing is the attempt to
break away from the traditional desktop computing
paradigm. Computational services need to become as... / in wearable and ubiquitous computing Gregory D. Abowd Anind br Context-aware computing ubiquitous computing consumer applications
36.3 T Spaces: The Next Wave - Lehman, McLaughry, Wyckoff (1999)(Correct)
Millions of small heterogeneous computers are poised to
spread into the infrastructure of our society. Though mostly
inconspicuous today, disguised as nothing more than PIM
(personal information manag... / package for the new age of ubiquitous computing. T Spaces is a br wearable and truly ubiquitous computers. This dramatic and rapid
36.3 Jinni: Intelligent Mobile Agent Programming at the Intersection of.. - Tarau (1999)(Correct)
Jinni (Java INference engine and Networked Interactor), is
a lightweight, multi-threaded, logic programming language, intended to
be used as a flexible scripting tool for gluing together knowledge p... / towards networked mobile ubiquitous computing has brought a number of
34.7 PDAs as mobile WWW browsers - Gessler, Kotulla (1995)(Correct)
In this paper we present a WWW frontend for Apple's Personal Digital
Assistant (PDA) Newton. At the "Telecooperation Office (TecO)" we carry
out a project researching information retrieval by mobile... / was to develop a tool for ubiquitous computing. There are a variety of br focuses on mobile and ubiquitous computing. In this context he
32.9 Design for Privacy in Ubiquitous Computing Environments - Bellotti, Sellen (1993)(Correct)
Current developments in information technology are leading
to increasing capture and storage of information about
people and their activities. This raises serious issues about
the preservation of priv... / Design for Privacy in Ubiquitous Computing Environments V. Bellotti br in the introduction of ubiquitous computing technology into the working
32.9 Using Prospero to Support Integrated Location-Independent Computing - Clifford Neuman (1993)(Correct)
As computers become pervasive, users will access processing, storage, and communication resources
from locations that have not been practical in the past. Such users will demand support for
location-i... / combines aspects of ubiquitous computing with the integration of br user. Whereas the focus of ubiquitous computing has been on the devices and
31.8 Future Multimedia User Interfaces - Blair MacIntyre, Steven Feiner (1996)(Correct)
this article, we examine some of the work that has been done in these two fields and explore where they are
heading. First, we review their often-confusing terminology and provide a brief historical o... / virtual environments and ubiquitous computing. We discuss what they are br video on demand ubiquitous computing will require that
31.0 The ParcTab Ubiquitous Computing Experiment - Want, Schilit, Adams, Gold..(Correct)
This paper describes
the UbiquitousComputing philosophy, the PARCTAB system, user-interface issues for small
devices, and our experience developing and testing a variety of mobile applications.
1 INTR... / The ParcTab Ubiquitous Computing Experiment Roy Want br as a preliminary testbed for Ubiquitous Computing a philosophy originating
30.9 User Interface Issues in Mobile Computing - Landay, Kaufmann (1993)(Correct)
The age of mobile computing with small portable computers is upon us. However, systems
researchers continue to focus on transferring their workstation environments to these machines
rather than studyi... / speculated on the advent of ubiquitous computing mobile computing is
28.9 Data Broadcast in Asymmetric Wireless Environments - Vaidya, Hameed (1996)(Correct)
With the increasing popularity of portable wireless
computers, mechanisms to efficiently transmit information
to such clients are of significant interest.
The environment under consideration is asymme... / technologies that are making ubiquitous computing a reality. With the
28.5 Fjording the Stream: An Architecture for Queries over Streaming.. - Madden, Franklin (2001)(Correct)
If industry visionaries are correct, our lives will soon be full of sensors, connected together in loose
conglomerations via wireless networks, each monitoring and collecting data about the world at ... / close to the the vision of ubiquitous computing in which computers br computer science problems in ubiquitous computing. Communications of the
28.5 Support for Multitasking and Background Awareness Using . . . - MacIntyre, al. (2001)(Correct)
In this paper, we describe Kimura, an augmented office
environment to support common multitasking practices.
Previous systems, such as Rooms, limit users by
constraining the interaction to the desktop... / Context-aware computing ubiquitous computing ambient displays office br discussed in the context of ubiquitous computing and augmented
28.5 Seeking a Foundation for Context-Aware Computing - Paul Dourish University (2001)(Correct)
Context-aware computing is generally associated with elements of the Ubiquitous
Computing program, and the opportunity to distribute computation and interaction
through the environment rather than con... / with elements of the Ubiquitous Computing program and the br extended to include not only Ubiquitous Computing but also recent trends in
28.5 A Mobility Based Metric for Clustering in Mobile Ad Hoc Networks - Basu, Khan, Little (2001)(Correct)
This paper presents a novel mobility metric for mobile ad hoc networks (MANET) that is based on the ratio
between the received power levels of successive transmissions measured at any node from all i... / for what is known as ubiquitous computing Communication br Computer Science Issues in Ubiquitous Computing Communications of the
28.5 Towards Group Communication for Mobile Participants - Killijian, Cunningham, Meier.. (2001)(Correct)
Group communication will undoubtedly be a useful paradigm for many applications of wireless networking in which reliability and timeliness are requirements. Moreover, location awareness is clearly cen... / underlying the vision of ubiquitous computing In this vision br Computer Science Issues in Ubiquitous Computing Communications of the
28.5 Extending Mobile Computer Battery Life through Energy-Aware Adaptation - Flinn (2001)(Correct)
Energy management has been a critical problem since the earliest days of mobile computing. The amount of work one can perform while mobile is fundamentally constrained by the limited energy supplied b... / mobile computing ubiquitous computing remote execution br power management mobile computing ubiquitous computing remote
28.5 A New TWIST on Mobile Computing: Two-Way Interactive Session Transfer - Phan, Guy, Gu, Bagrodia (2001)(Correct)
The ubiquitous use of computer resources for daily productivity
is a goal that presently remains unrealised. We believe that the
convergence of desktop and mobile applications into a seamless
computin... / of the iMASH architecture -ubiquitous computing on many devices - br of myriad differences for ubiquitous computing is still not available
28.5 A Highly Adaptable Infrastructure for Service Discovery and.. - Lalana Kagal Vladimir (2001)(Correct)
In an age where wirelessly networked appliances and devices are becoming commonplace, there is a necessity for providing
a standard interface to them that is easily accessible by any mobile user. The ... / Discovery and Management in Ubiquitous Computing Lalana Kagal Vladimir br Introduction In the ubiquitous computing paradigm information and
28.5 Ubiquitous Computing and the Need for a New Operating System.. - Golm, Kleinöder (2001)(Correct)
Traditional operating system architectures are not able
to cope with the demands of ubiquitous computing. These
demands include mobility of code and running applications,
precise resource control, rob... / Ubiquitous Computing and the Need for a New br to cope with the demands of ubiquitous computing. These demands include
28.5 Smart Playing Cards: A Ubiquitous Computing Game - Kay Romer Svetlana (2001)(Correct)
We present the "Smart Playing Cards" application, a ubiquitous computing
game that augments a classical card game with information--technological
functionality by attaching RFID tags to the cards. W... / Smart Playing Cards A Ubiquitous Computing Game Kay Romer Svetlana br Cards application a ubiquitous computing game that augments a
28.5 Smart Kindergarten: Sensor-based Wireless Networks for Smart.. - Srivastava, Muntz, Potkonjak (2001)(Correct)
Despite enormous progress in networking and computing
technologies, their application has remained restricted to
conventional person-to-person and person-to-computer
communication. However, continual ... / is variously referred to as Ubiquitous Computing Smart Spaces or br explored the paradigm of Ubiquitous Computing in various forms. Perhaps
28.5 QoS-Aware Middleware for Ubiquitous and Heterogeneous Environments - Klara Nahrstedt Dongyan (2001)(Correct)
Middleware systems have emerged in recent years to support applications in heterogenous and ubiquitous computing environments. Specifically, future
middleware platforms are expected to provide Quality... / in heterogenous and ubiquitous computing environments. Specifically br Service QoS Middleware Ubiquitous Computing I. INTRODUCTION A new
28.5 Awareness in Context-Aware Information Systems - Tom Gross Marcus (2001)(Correct)
The paper describes the idea of bringing awareness to nomadic users. Based on a discussion of different
context models and approaches to model context, several scenarios for awareness in context-aware... / . Context in Handheld and Ubiquitous Computing Several approaches have br called calm technology by ubiquitous computing Weiser The
28.5 Adapting the Web Interface: An Adaptive Web Browser - Henricksen, Indulska (2001)(Correct)
The growing number of mobile computing devices with
diverse characteristics creates a requirement for seamless
(device independent) access to computing resources of
distributed systems. One of the mos... / requirements of mobile and ubiquitous computing. They will need to be able br Symposium on Handheld and Ubiquitous Computing Karlsruhe Germany
28.5 Something from nothing : Augmenting a paperbased work practice via.. - McGee, Cohen, Wu (2000)(Correct)
In this paper, we describe Rasa: an environment designed
to augment, rather than replace, the work habits of its
users. These work habits include drawing on Post-it
notes using a symbolic language. Ra... / Keywords Phicons ubiquitous computing augmented reality mixed br was inspired by visions of ubiquitous computing and augmented reality
28.5 Design and Performance of MPEG Video Streaming to Palmtop Computers - Christopher Hess (2000)(Correct)
Today's wide variety of computing devices o er a large range of resource availability. These resources include CPU
speed, bandwidth, and memory. Workstations and PCs typically are rich in resources, w... / of these devices has brought ubiquitous computing closer to reality. Although br for the realization of ubiquitous computing where the computing
28.5 Bridging Multiple User Interface Dimensions with Augmented Reality - Schmalstieg, Fuhrmann, Hesina (2000)(Correct)
Studierstube is an experimental user interface system,
which uses collaborative augmented reality to
incorporate true 3D interaction into a productivity
environment. This concept is extended to bridge... / reality and the popular ubiquitous computing paradigm. We report on our br principle is known as ubiquitous computing describing a world
28.5 Gaia: Enabling Active Spaces - Campbell, Campbell (2000)(Correct)
Ubiquitous computing promotes physical spaces with hundreds of specialized embedded devices that
increase our productivity, alleviate some specific everyday tasks and provide new ways of interacting w... / IL Abstract Ubiquitous computing promotes physical spaces br Space. . Introduction Ubiquitous computing promotes the proliferation
28.5 The Metropolis Keyboard - An Exploration of Quantitative Techniques.. - Zhai, Hunter, Smith (2000)(Correct)
Text entry user interfaces have been a bottleneck of nontraditional
computing devices. One of the promising
methods is the virtual keyboard on touch screens. Various
layouts have been manually designe... / pen based computing ubiquitous computing pervasive computing br mobile devices pen based computing ubiquitous computing pervasive
28.5 Impulse: Location-based Agent Assistance - Jim Youll Joan (2000)(Correct)
In the physical world, a user experiences products and
places, explores physical surroundings, and participates in
location-specific activities. Software agents, trapped in
their electronic world, off... / of wearable computing and ubiquitous computing explore placing agents br Wearable computing meets ubiquitous computing reaping the best of both
28.5 Context-Aware Telephony over WAP - Antti (2000)(Correct)
In this paper we introduce a novel approach to share context to enhance the social quality of remote mobile communication. We provide an analysis of how people start a conversation in situations whe... / Symposium on Handheld and Ubiquitous Computing HUC Karlsruhe
28.5 Multicast Routing Issues in Ad Hoc Networks - Obraczka, Tsudik (1998)(Correct)
The advent of ubiquitous computing and the proliferation of portable computing devices have raised the
importance of mobile and wireless networking. At the same time, the popularity of group-oriented ... / Abstract The advent of ubiquitous computing and the proliferation of
27.2 Two-Handed Input Using a PDA And a Mouse - Brad Myers Kin (1999)(Correct)
We performed several experiments using a Personal Digital
Assistant (PDA) as an input device in the nondominant
hand along with a mouse in the dominant hand.
A PDA is a small hand-held palm-size compu... / Input Smart Environments Ubiquitous Computing. INTRODUCTION Many
27.2 Pocket BargainFinder: A Handheld Device for Augmented Commerce - Adam Brody Edward (1999)(Correct)
The Internet has engendered a new type of commerce, commonly referred
to as electronic commerce, or eCommerce. But despite the phenomenal
growth of eCommerce, the vast majority of transactions sti... / computers mobile computing ubiquitous computing electronic commerce br Handheld computers mobile computing ubiquitous computing electronic
27.1 Are "Disks in the Air" Just Pie in the Sky? - Zdonik (1994)(Correct)
Mobile computers and wireless networks are emerging
technologies which will soon make ubiquitous computing
a reality. In the wireless environment, mobile
clients may often be disconnected from station... / which will soon make ubiquitous computing a reality. In the wireless
22.8 Collision Avoidance Techniques For Packet-Radio Networks - Fullmer (1998)(Correct)
viii
1 Introduction 1
2 FAMA for Fully Connected Networks 7
2.1 FAMA Protocols . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8
2.1.1 MACA . . . . . . . . . . . . . . . . . . . . .... / fast approaching an era of ubiquitous computing. Laptop computers br today. One aspect of ubiquitous computing is that people are now
22.8 Exploiting Context in HCI Design for Mobile Systems - Rodden (1998)(Correct)
ion--Control) model [Coutaz, 1987]. Although the display and input hardware may be
encapsulated in a single object or group of objects, its effects are felt in the architectural design of virtually ev... / in the recent research in ubiquitous computing wearable computers and br emergence of the notion of Ubiquitous computing Weiser More
22.8 DyPERS: Dynamic Personal Enhanced Reality System - Jebara, Schiele, Oliver, Pentland (1998)(Correct)
DyPERS, 'Dynamic Personal Enhanced Reality
System', is a wearable system which uses augmented
reality and computer vision to autonomously retrieve
'media memories' based on associations with
real obje... / computing and ubiquitous computing present interesting routes br a mobile platform while ubiquitous computing augments the surrounding
20.2 Transparent Resource Discovery for Mobile Computers - Pravin Bhagwat (1995)(Correct)
As mobile computers move from one place to another
their "physical" points of attachment to network
change from time to time. Host movement causes service
disruption. Mobile-IP protocols attempts to s... / before the vision of ubiquitous computing can be realized. Paramount
18.5 Systems Issues in Mobile Computing - Marsh, Douglis, Cáceres (1993)(Correct)
The decreasing size of computer components and the increasing availability of wireless
communication technology make possible ubiquitous mobile computing: access from anywhere,
at any time, to compute... / at all times. The world of ubiquitous computing a term coined by Weiser br and encryption must be ubiquitous. Computer security is an
18.1 Function Hiding Based on Error Correcting Codes - Loureiro, Molva (1999)(Correct)
This paper presents an original approach to the
problem of function hiding based on Error Correcting
Codes and evaluates the security of this approach. The
novelty of the technique consists in using E... / like mobile code and ubiquitous computing the privacy and integrity
18.1 Modelling Architectures for Dynamic Systems - Henderson (1999)(Correct)
A dynamic system is one that changes its configuration as it
runs. It is a system into which we can drop new
components that then cooperate with the existing ones. We
are concerned with formally defin... / The advent of ubiquitous computing where everything is
18.1 Augmented Workspace: The World as Your Desktop - Dempski (1999)(Correct)
We live in a three dimensional world, and much of what we do and
how we interact in the physical world has a strong spatial component. Unfortunately,
most of our interaction with the virtual world... / D work area. Keywords. Ubiquitous computing cooperative buildings br time The fields of Ubiquitous Computing and Wearable Computing are
18.1 Attentional Objects for Visual Context Understanding - Bernt Schiele And (1999)(Correct)
This paper exploits wearable computers' unique opportunity
to record and index the visual environment of the
user from the "first-person" perspective. We propose to
use a hat-mounted wearable camera t... / manager inspired by Weiser's ubiquitous computing paradigm and the br In Wearable And Ubiquitous Computing. In Ieee Iswc Oct .
17.3 Analysis of Security and Privacy in Mobile IP - Fasbender, Kesdogan, Kubitz (1996)(Correct)
this paper we present a possible extension of the proposed Mobile IP and route
optimization protocols, the Non-Disclosure Method (NDM). It prevents the tracking of
user movements by third parties and ... / even new problem arises when ubiquitous computing is supported As an
17.1 Bringing People and Places Together with Dual Augmentation - Mankoff, Somers, Abowd (1998)(Correct)
This paper describes initial work on the Domisilica project at Georgia Tech. We are exploring the dual augmentation of physical and virtual worlds in Domisilica and applying this novel concept to supp... / augmented virtuality home ubiquitous computing Introduction br inspired by work in ubiquitous computing An example of
17.1 mediaBlocks: Physical Containers, Transports, and Controls for Online .. - Ullmer, Ishii, al. (1998)(Correct)
We present a tangible user interface based upon mediaBlocks:
small, electronically tagged wooden blocks that serve as physical
icons ("phicons") for the containment, transport, and manipulation
of onl... / physical constraints ubiquitous computing INTRODUCTION br cumbersome in practice. The ubiquitous computing vision of speaks to
14.4 TeleWeb: Loosely Connected Access to the World Wide Web - Schilit, Douglis, al. (1996)(Correct)
The development of the World Wide Web (WWW) has made people reliant on continuous,
high-speed, low-cost networks in order to get work done. Ideally, one should be able to browse the
Web anytime, any... / Information Access Ubiquitous Computing. . Introduction The br An Overview of the Parctab Ubiquitous Computing Experiment IEEE Personal
14.2 OceanStore: An Extremely Wide-Area Storage System - Bindel, Chen, Eaton, Geels, Gummadi, .. (2000)(Correct)
OceanStore is a utility infrastructure designed to
span the globe and provide continuous access to
persistent information. Since this infrastructure is
comprised of untrusted servers, data is protecte... / many envision a world of ubiquitous computing devices that add br manual synchronization Ubiquitous computing places several requirements
14.2 Classroom 2000: An Experiment with the Instrumentation of a Living.. - Abowd (2000)(Correct)
One potentially useful feature of future computing environments is the ability to
capture the live experiences of the occupants and to provide that record to users
for later access and review. Over th... / experiment with a living ubiquitous computing environment. The br seriously the challenge of ubiquitous computing -the creation and
14.2 SUEDE: A Wizard of Oz Prototyping Tool for Speech User Interfaces - Klemmer, Sinha, Chen, Landay.. (2000)(Correct)
Speech-based user interfaces are growing in popularity.
Unfortunately, the technology expertise required to build
speech UIs precludes many individuals from participating
in the speech interface desig... / To enjoy the benefits of ubiquitous computing we need newer br Computer Science Issues in Ubiquitous Computing. Communications of the
14.2 Discovery and Its Discontents: Discovery Protocols for Ubiquitous.. - McGrath (2000)(Correct)
This paper comes from a collaboration with the professors and students of the `2K'
operating system project, in the Department of Computer Science, University of Illinois, UrbanaChampaign.
(http://cho... / Discovery Protocols for Ubiquitous Computing Presented at Center for br Discovery Protocols for Ubiquitous Computing Robert E. McGrath March