MSWiM 2025 is the 26th Annual International Conference on Modeling, Analysis and Simulation of Wireless and Mobile Systems. MSWiM is an international forum dedicated to in-depth discussion of Wireless and Mobile systems, networks, algorithms and applications, with an emphasis on rigorous performance evaluation. MSWiM is a highly selective conference with a long track record of publishing innovative ideas and breakthroughs. MSWiM 2025 will be held in Montreal, Canada.

Authors are encouraged to submit full papers presenting new research related to the theory or practice of all aspects of modeling, analysis and simulation of mobile and wireless systems. Submitted papers must not have been published elsewhere nor currently be under review by another conference or journal.

Topics of Interest

Papers related to wireless and mobile network Modeling, Analysis, Design, and Simulation are solicited on, but not limited to, the following topics in mobile and wireless systems:

    Performance evaluation and modeling
    Analytical Models
    Simulation languages and tools for wireless systems
    Wireless measurements tools and experiences
    Formal methods for analysis of wireless systems
    Correctness, survivability and reliability evaluation
    Mobility modeling and management
    Models and protocols for cognitive radio networks
    Models and protocols for autonomic, or self-* networks
    Capacity, coverage and connectivity modeling and analysis
    Wireless network algorithms and protocols
    Software Defined Network
    Services for Smart City
    Wireless PANs, LANs
    Ad hoc and MESH networks
    Vehicular Ad-hoc Networks (VANET)
    Sensor and actuator networks
    Delay Tolerant Networks
    Integration of wired and wireless systems
    Pervasive computing and emerging models
    Wireless multimedia systems
    QoS provisioning in wireless and mobile networks
    Security and privacy of mobile/wireless systems
    Algorithms and protocols for energy efficient operation and power control
    Mobile applications, system software and algorithms
    RF channel modeling and analysis
    Design methodologies
    Tools, prototypes and testbeds
    Parallel and distributed simulation of wireless systems
    Wireless Communication and Mobile Networking
    Operating systems for mobile computations
    Programming language support for mobility
    Resource management techniques
    Management of mobile object systems
    Mobile cloud/edge/fog computing
    Mobile crowd-sourcing
    Mobile computing and application
    AI and Federated Learning models for wireless and mobile networks