Modeling the internet of things: a hybrid modeling approach using complex networks and agent-based models
Published on: 24 March 2017
Published on: 2 February 2017
Published on: 21 January 2017
Published on: 3 January 2017
Published on: 13 March 2013
Published on: 13 March 2013
Published on: 27 March 2013
Published on: 11 November 2014
Published on: 15 August 2013
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Emerging Sources Citation Index Webcasts
Complex Adaptive Systems Modeling was recently accepted into Thomson Reuters' Emerging Sources Citation Index (ESCI)! Editor-in-Chief, Muaz Niazi, also participated in a webcast to support this new service and to highlight the importance of CASM's inclusion. To watch this webcast, please click on the link below and complete the quick Thomson Reuters registration form.
ESCI Webcast with Muaz Niazi
Forthcoming Article Collections
Open thematic series
Modeling, Simulation, and Applications: New Directions
Edited by: Muaz Niazi and Giancarlo
Submission Deadline: 30 April 2017
Modeling Complexity in Complex Adaptive Communication Networks and Environments
Edited by: Muaz A. Niazi
Submission Deadline: 31 July 2017
Aims and scope
Complex Adaptive Systems Modeling (CASM) is a highly multidisciplinary modeling and simulation journal that serves as a unique forum for original, high-quality peer-reviewed papers with a specific interest and scope limited to agent-based and complex network-based modeling paradigms for Complex Adaptive Systems (CAS). The highly multidisciplinary scope of CASM spans any domain of CAS. Possible areas of interest range from the Life Sciences (E.g. Biological Networks and agent-based models), Ecology (E.g. Agent-based/Individual-based models), Social Sciences (Agent-based simulation, Social Network Analysis), Scientometrics (E.g. Citation Networks) to large-scale Complex Adaptive COmmunicatiOn Networks and environmentS (CACOONS) such as Wireless Sensor Networks (WSN), Body Sensor Networks, Peer-to-Peer (P2P) networks, pervasive mobile networks, service oriented architecture, smart grid and the Internet of Things.
In general, submitted papers should have the following key elements:
- A clear focus on a specific area of CAS E.g. ecology, social sciences, large scale communication networks, biological sciences etc.)
- Either focus on an agent-based simulation model or else a complex network model based on data from CAS (e.g. Citation networks, Gene regulatory Networks, Social networks, Ecological Networks etc.).
- CASM has a strongly multidisciplinary editorial board and readership. Therefore authors need to be very careful that their articles have been written in a style that is comprehensible by a broad and multidisciplinary audience. Authors must avoid excessive usage of domain-specific jargon/terminologies without formally introducing these terms in the article. In addition, any concepts specific to a discipline must be explained in the article for the general readership of CASM. Thus, an article on Gene regulatory networks should be written with the goal that it may also be accessible to a number of social science researchers using Social Network Analysis and vice versa. Likewise an article written by Computer Scientists for Wireless sensor networks must also take into consideration CASM readership of researchers from Social and Biological Sciences and so on.
- Authors are advised to use general terms (such as agent-based modeling and complex networks) instead of using domain-specific terms, wherever possible.
- Submissions which are not in line with the above criteria or those which are of a purely or largely theoretical/Mathematical nature or have been written in a very domain specific manner or appear to have a limited audience may be considered as out of scope of CASM and rejected without review.
For information regarding example topics and cover letter requirements, see Publication and peer review process, below.
Complex Adaptive Systems Modeling (CASM) is a unique high quality, peer-reviewed journal developed for multidisciplinary researchers with an interest in two modeling and simulation paradigms; namely agent-based modeling and complex networks. Researchers interested in the modeling and simulation of Complex Adaptive Systems range from the social sciences to life sciences and from computer sciences to archeology and ecology. A unique feature of CASM is the goal of bridging a gap between different disciplines without sacrificing readability of articles across its broad readership; articles published in CASM are expected to be written so as to be comprehensible by researchers not only from the same discipline but also understandable by readers from others. So, a computer science paper in CASM should be written so as to be accessible to Biologists, Social scientists and vice versa.
Advisory Board Member Quote
Paradoxically, the best way to understand complex systems is to design models that simulate their behavior from a particular perspective. This is why I find the CASM initiative important and timely.