Journal of Operating Systems Development & Trends
E-ISSN: 2454-9355
Editor Overview
joosdt maintains an Editorial Board of practicing researchers from around the world, to ensure manuscripts are handled by editors who are experts in the field of study.
Dr. Dattatraya Vishnu Kodavade
Professor
D.K.T.E Society’s Textile & Engineering Institute, Ichalkaranji, Maharashtra, India
Editor in Chief
Journal of Operating Systems Development & Trends
Email :
Institutional Profile Link : https://www.dkte.ac.in/under-graduate/engineering-department/b-tech-computer-sc-engineering/b-tech-cse-faculty
Publisher
STM Journals, An imprint of Consortium e-Learning Network Pvt. Ltd.
E-mail:
[email protected]
Phone:
(+91)-0120- 4781-200
Mobile:
(+91)-981-007-8958
(+91)-966-7725-932
Focus and Scope
Last Update: 31-Dec-22
About the Journal
Journal of Operating Systems Development & Trends [2454-9355(e)] is a peer-reviewed hybrid open-access journal launched in 2014 includes, computer operating systems and architecture for multiprogramming, multiprocessing, and time-sharing, resource management, evaluation and simulation; reliability, integrity, and security of data, communications among computing processors, and computer system modeling and analysis.
Focus and Scope
- Implementation of Multi programmed OS: Clustering algorithms, Task analysis, Sockets, Servers, Programming, Parallel processing, Couplings parallel computing, socket programming, multithreading methods, server computer, computing performance, parallel computation, automatic clustering algorithm, computation time, Valley Tracing, task management, task pool.
- The architecture of OS: Source code clone detection, similar code search, binary executables, binary code clones, CFG structures, selective inlining technique, structural features, high-level semantic features, BinGo-E, cross-architecture matching, cross-OS matching, cross-compiler matching, intra-compiler matching, BinGo tool, compilation scenario, cross-architecture cross-OS binary code search.
- Multiprocessor, Multimedia, and Real-time OS: Integrated multimedia/hard real-time task scheduling, real-time control processing, multimedia processing, hard real-time computation, multimedia soft real-time computation, multimedia server execution, multiprocessor real-time operating systems, guarantee, multiple periodic multimedia streams, graceful QoS degradation, system overload, multimedia server scheduling algorithms, algorithm performance evaluation, SGI IRIX/REACT/PRO operating system Streaming media, Processor scheduling, Real-time systems, Scheduling algorithm, Multimedia systems, scheduling, Operating systems, Degradation, Switches.
- Models of Thread Implementations: Improved programming model, automatic parallel technique, multicore platform, software TLS models, extra overhead, high overhead, frequent data dependencies, POSIX thread library, TLS programming model, potential parallelism, execution model,main-assistance-work thread mechanism,thread-level speculation mechanism, thread version copy, improved TLS model, sequential program partitioning.
- Interprocess/ Inter Thread Synchronization and Communication: Inter-thread communication, synchronization, multithreaded processor, integrated compiler, runtime control, multithreaded processor architecture, parallelism, superscalar DLX processor, multithreading functionality.
- File Organization, File System Interface, and Virtual File Systems: Monitoring, Kernel, Virtualization, Biomedical monitoring, Real-time systems, Registersauthorisation, computerized monitoring, data integrity, file organization, user interfaces, virtual machines, virtualization.
- Graphical User Interface (GUI): Graphical user interfaces, Collaborative work, Human factors, Interactive systems, Knowledge-based systems, Multimedia systems, Object-oriented, programming, User modeling, Image databasesScreen Design, Interface Aesthetics, Aesthetic Measures, Data Entry Screens, Usability, End User, Human-Computer Interaction, User Interface, Multi Screen Interfaces, Dynamic Symmetry, Interface Management, Social Interface, End User Programming.
- Linear Block Addressing (LBA): On-chip structure scheme design, on-chip addressing scheme design,2-D block data processing,64-core array system, digital signal processing platform design, frame data processing technology, linear memory, architecture, on-chip interconnection scheme, hierarchical architecture level, mirror symmetric interconnection structure, block level matrix computation.