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期刊名称:JOURNAL OF ROBOTIC SYSTEMS

ISSN:0741-2223
版本:SCI-CDE
出版频率:Monthly
出版社:JOHN WILEY & SONS INC, 111 RIVER ST, HOBOKEN, NJ, 07030
  出版社网址:http://www.wiley.com/WileyCDA/
期刊网址:http://www.wileyeurope.com/WileyCDA/WileyTitle/productCd-ROB.html
影响因子:2.25(2008)
主题范畴:ROBOTICS

期刊简介(About the journal)    投稿须知(Instructions to Authors)    编辑部信息(Editorial Board)   



About the journal

 The Journal of Robotic Systems publishes archival papers in all aspects of basic and applied research on the analysis, design, realization, and use of robots, robot components, and robot systems. The Journal places particular emphasis on publishing research contributions in emerging fields of robot system design and integration.

The study of robotic systems is the theory and methodology common to all collections of interacting, functional units that together achieve a definite purpose. Practically, it is concerned with the engineering design of interrelated, flexible automation units in addition to the basic problems of individual robots and robot components.

The basic robotic topics are, broadly defined, mechanics, control, and sensor design. Mechanics includes the design and structure of manipulators, arms, end-effectors, hands, locomotion, vehicles, and peripherals; actuators, power, and energy storage; and kinematics, dynamics, and simulation. Control includes both theory (electrical and mechanical control, optimization of spatial paths, and task planning) and implementation (hardware and software). Sensors includes design of sensors and sensor systems and algorithms for sensory data acquisition and analysis.

Topics specific to systems may be classified by complexity level: robot level (integration of mechanical, controller, and sensory components); robot-cell level (integration of robots, peripherals, cell control, and local area network; applications and "taskware"; interface with human operators); and robot-plant level (integration of robot cells, plant environment, CAD/CAM interaction, and planning and implementation of computer integrated flexible manufacturing).

Robot systems have become increasingly more complex. Advances are still being made in the basic disciplines of mechanics, control, and sensors. However, there are emerging fields in robotics that are less conventional. The Journal of Robotic Systems places particular attention on the publication of such articles in a section entitled Emerging Fields. This section will publish two or three articles in each issue in the newer fields of robot system design.

The section on Emerging Fields will initially focus on two areas of robot system design:

1. Distributed robotics, self-organization, and swarm intelligence, a field concerned with the design and operation of distributed multi-agent systems and the cooperative behavior of multiple robots. This topic includes the theory and implementation of robots capable of asynchronous and distributed control, cooperative behaviors, relationships to biological systems, cellular robots and evolving systems.

2. Robot and human integration, a field concerned with the coexistence of human and robotic components both "within an individual and in society." This is a newly emerging field of robotic systems, and it is still being defined. It includes the input, representation, processing, and communication of all nonconceptual (e.g., emotional) information. Thus, research in this area currently includes aspects of robot杊uman cooperation, facial expressions, human aided robotic interpretation, multimedia communication, virtual reality, biorobotics, and cyborgs as they pertain to robot杊uman integration.

 


Instructions to Authors
JRS Paper Categories

Five types of manuscripts are accepted for publication: (1) regular articles, (2) emerging fields, (3) brief communications, (4) reviews, and (5) case studies.

Articles are full-length papers reporting original research.

Emerging Fields are papers describing new results in distributed robotics, self-organization, swarm intelligence, robot and human integration, and other emerging topics in robotics. Papers submitted to this section are given priority ihn editorial processing and production for accelerated publication.

Brief Communications are intended for the accelerated publication of important new results. The total length of the manuscript should not exceed six double-spaced manuscript pages, including figures. Publications in this format will not preclude subsequent publication of an appropriately expanded version as a regular article in the Journal. A series of Rapid Communications by the same author on a particular subject is discouraged.

Reviews are either perspective/tutorial articles in rapidly developing fields of robotics or comprehensive, scholarly-reviews of significant topics.

Case Studies are examinations of specific robotic systems or technologies applied in a real-world experimental context.

Authors should specify one of the above categories when submitting a paper to JRS. The Editors may, under some circumstances, publish a submission under a different paper category than the author originally requested, with the consent of the author.

How to Submit an Article for Review

Manuscripts (in English) should be submitted in triplicate, one original and two anonymous copies with all identifying information (e.g. acknowledgements) removed, on standard 8 1/2 by 11-in. (21 by 28-cm) paper with 1-in. (2.5-cm) margins. All copy including captions, footnotes, and references, must be typed double-spaced and on one side of the sheet only.

Manuscripts for the Journal of Robotic Systems and all correspondence concerning manuscripts under review should be sent to Dr. M. Daniel DeCillis, Managing Editor, Journal of Robotic Systems, Bourns College of Engineering, University of California–Riverside, Riverside, CA 92521. Address all other correspondence to Journal of Robotics, Publisher, Professional/Trade Group, Wiley Periodicals, Inc. 111 River Street, Hoboken, NJ 07030.

Authors may also submit papers for review electronically in Adobe PDF format to jrs@ee.ucr.edu. . Please include complete contact information (including mailing address and telephone number) for the corresponding author in the text of the message accompanying any submissions.

Style (Initial Submission)

Please use simple text formatting (i.e. no double columns or other attempt to replicate our published format) and a legible font of at least 12 point size.

Equations, figures and tables should be numbered sequentially. Figures and tables must also have captions. In the initial submission, figures and tables should appear in the body of the text. Figures may be submitted in black and white, grayscale, or color. Color figures will appear in black and white unless authors agree in advance to a per-figure color reproduction fee.

Citations must be numbered consecutively in the order of appearance and cited in the text with superscript arabic numbers. The references should be gathered together after the end of text under the heading "References." Authors are required to supply complete information for references. Please follow the guidelines of the American Mathematical Society. Sample references follow.

    Book
  1. M.W. Spong and M. Vidyasagar, Robot dynamics and control, Wiley, New York, 1989, pp. 141–143.

    Chapter in a book
  2. D.A. Pamerleau, "Neural network based autonomous navigation," Vision and navigation, the Carnegie Mellon navlab, C.E. Thorpe (Editor), Kluwer Academic Publishers, Norwell, MA, 1990, pp. 145–160.

    Journal article
  3. B. Bahr, J.T. Huang, and K.F. Ehman, Sensory guidance of seam tracking robots, J Robotic Syst, 1 (1994) 67–76.

    Report
  4. P.F. Muir and C.P. Neuman, Kinematic modeling of wheeled robots, Carnegie Mellon University Technical Report CMU-RI-TR-86-12, 1986.

    Conference paper
  5. J.F. Jansen and R.L. Kress, Control of a teleoperator system with redundancy based on passivity conditions, Proc IEEE Int Conf Robotics Automat, Sacramento, CA, 1991, pp. 478–484.

References in languages besides English may be used to an extent, as appropriate; please note however that such references may be inaccessible to readers, and excessive reliance on non-English sources, especially for references that are central to the article, may impair a paper's chance of acceptance.

Copyright Transfer Agreement

A copyright transfer agreement, executed and signed by the author, is required with each manuscript submission. If the article is a "work made for hire," the agreement must be signed by the employer. Copies of the form to be used appear in the first and last issues of each volume; the form can also be downloaded in PDF format here CTA Form.

No manuscript can be considered accepted until a signed copyright transfer agreement has been received.

It is the author's responsibility to obtain written permission to reproduce material that has appeared in another publication. Such permission must be submitted with the signed copyright transfer agreement before publication can proceed.

Sending Your Final Paper

Final revised papers must be submitted in both electronic and hard copy, versions. The electronic version must correspond exactly to the hard copy provided. Two copies of the paper should be sent to Dr. M. Daniel DeCillis, Managing Editor, Journal of Robotic Systems., Bourns College of Engineering, University of California-Riverside, Riverside, CA 92521.

We accept final papers in Latex or MS Word prepared in Windows, Macintosh or Linux operating systems. All Illustration files should be in TIFF or EPS (with preview) formats. Do not submit native or exotic application formats. Please use the paper's RS# in each file name. All file names should be given the 2- or 3-letter extension that identifies the file format used (i.e., tex, .doc, .tif, .eps).

Journal quality reproduction will require color or grayscale files at resolutions yielding approximately 300 ppi. Bitmapped line art should be submitted at resolutions yielding 600-1200 ppi. These resolutions refer to the output size of the file; if you anticipate that your images will be enlarged or reduced, resolutions should be adjusted accordingly. Please advise us of any figures which you wish to reproduce in color in the printed version of JRS. The production company will contact you about pricing. You must agree in writing to any color reproduction fees before JRS will print your figure(s) in color.

Electronic files can be sent via email to jrs@ee.ucr.edu. Authors may also submit files on 3 1/2-in. high-density disks, CD Rom, and Iomega Zip cartridges. At authors' request, all media will be returned after publication.

Please be sure to return your final paper on or before the due date indicated on the acceptance letter. Failure to do so may result in delaying the publication of your paper.

Proofs

Authors will receive a password via email providing access to PDF versions of proofs to check the accuracy of typesetting. Unless otherwise specified, authors will be charged for any alterations to the proofs beyond those needed to correct typesetting errors. Proofs must be checked and returned within 48 hours of receipt. Authors may request that hard copies be mailed to them instead.

Reprints

Please complete the Reprint Publication Order Form that accompanied your proofs and return with your corrected proofs, regardless of whether or not you are ordering reprints. This form needs to be returned via fax or mail in order to keep track of reprint orders and waivers to orders. Reprints ordered pre-publication are subject to a pre-publication price, and will be shipped approximately four to six weeks after journal publication. Reprints ordered after journal printing are subject to the regular price, which is substantially more expensive.

??? Reprints ???

Mike Gregory
Phone: 201-748-6712
Fax: 201-748-8824
E-mail:mgregory@wiley.com



Editorial Board
E d i t o r s
Gerardo Beni
California Council on Science & Technology
Riverside, California

Susan Hackwood
California Council on Science & Technology
Riverside, California

E d i t o r i a l   B o a r d
J. Albus
National Institute
of Standards and Technology
Gaithersburg, Maryland

S. Arimoto
University of Tokyo
Tokyo, Japan

A.K. Bejczy
Jet Propulsion Laboratory
Pasadena, California

F. Cervantes
Instituto Technologica
Atonomo de Mexico
(ITAM), Mexico

R. Chatila
LAAS-CNRS
Toulouse, France

H.S. Cho
Korea Advanced Institute
of Science & Technology
Taejon, Korea

P. Dario
Scuola S. Anna
Pisa, Italy

E. Freund
Universit鋞 Dortmund
Dortmund, Germany

T. Fukuda
Nagoya University
Nagoya, Japan

E. Hall
University of Cincinnati
Cincinnati, Ohio

S. Hirose
Tokyo Institute of Technology
Tokyo, Japan

H. Inoue
University of Tokyo
Tokyo, Japan

R. Kelley
Rensselaer Polytechnic Institute
Troy, New York

H. Miura
University of Tokyo
Tokyo, Japan

A. Oosterlinck
Catholic University of Leuven
Heverlee, Belgium

A.N. Poo
BTech Programme Office
Republic of Singapore

A.C. Sanderson
Rensselaer Polytechnic Institute
Troy, New York

G. Schmidt
Technische Universitaet, Muenchen
Muenchen, Germany

Bruno Siciliano
University of Naples, Federico II
Naples, Italy

J.P. Trevelyan
University of Western Australia
Nedlands, Australia

M. Uchiyama
Tohoku University
Sendai, Japan



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