Journal of Multimedia Technology & Recent Advancements

ISSN: 2349-9028

Editors Overview

jomtra 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.

Focus and Scope

About the Journal

Journal of Multimedia Technology & Recent Advancements [2349-9028(e)] is a peer-reviewed hybrid open-access journal launched in 2014 that includes the hope to support future development of research and technologies in multimedia technology & its advancements. Moreover, it welcomes diverse innovative ideas toward development and we will be to build sufficient grounds for the fulfillment of most different and promising ideas in this area.

Focus and Scope

  • Computer graphics:  Transient imaging, Ultrafast imaging, Time-of-flight, Point-sampled geometry, Point-based graphics, GPU processing, Forensic facial reconstruction, 3-D computer graphics, Optical laser scanner, Identification, Fiber model, Bounding surface, Design charts, Reinforced concrete jacket, Composite section, Video switcher, Visual stimulus, Luminance resolution, Contrast, Computer image, Trigger, composite wear, graphics, anatomy, Realistic rendering, BRDF, Textures, atomic displacement parameters, interactive computer graphics, Stereoscopic 3D, Bump mapping, Particle systems, Height fields, Environment maps, Solid textures, Navier–Stokes equations, Fluid dynamics, Caustics, Methodology and techniques—interaction techniques, Graphics utilities—software support, Graphics systems—distributed/network graphics.

  • Windowing transformations: Signal processing, Spike detection, Seizure detection, Fourier transform, Wavelet transform, Crack detection, Crack localization, Spatial wavelet transformation, Optimization, Edge effect, Windowing, Discrete cosine transform, Fast transform, Linear canonical transform, Windowed Fourier transform, Poisson summation formula, Sampling formula, Series expansions, Fringe pattern processing, Phase extraction, Planetary gearbox, Condition monitoring, Signal isolation, Time synchronous averaging (TSA), Time-frequency analysis, Wigner distribution, Short-time Fourier transform, Spectral analysis.

  • 2D translation, scaling, rotation, and shear: Point-matching, Pose estimation, Correspondence, Neural networks, Optimization, Soft assign, Deterministic annealing, Affine transformation, Shape matching, Shape retrieval, Dynamic space warping, Dynamic programming, Direct linear transformation, Registration, Dynamic plastic deformation, Shear bands, Nano-scale twins, Nano-grained structure, Dislocation structure, Lattice Boltzmann method, Computer simulation, Couette flow, Cylinder Sphere, Motion compensation, motion model, motion parameter estimation, Image registration, Light microscopy, Numerical simulation, Shear-thinning, Differential viscoelastic, Mixing measurement.

  • 3D translation, scaling, rotation: Wide-baseline stereo, Distinguished regions, Maximally stable extremal regions, MSER, Robust metric, 3D shape retrieval, Spherical harmonics, Descriptor’s invariance, 3D object recognition, Free-form surface matching, Gaussian and mean curvature maxima, Point cloud registration, Fourier transforms, Multidimensional phase correlation, Low-frequency components, Robust estimation, Elevation descriptor, Gesture classification, NUI, Kinect™, Euclidean distance, classification, Registration, Robust estimation, Block matching.

  • Internet, connections, TCP/ UDP/ IP, IP addressing:  Machine learning-based approach, encrypted tunnels, packet payloads, approximation algorithm, similarity graph, deep packet inspection (DPI), Network Address Translator (NAT), Internet attack visualization, Parallel coordinates, Internet worms, Parallel coordinate attack visualization (PCAV), Bandwidth DDoS attack, threshold values for major network variables, rank distribution in networks, Proactive detection, Security, Cluster analysis, Server, Scaling, Performance, Availability, Management, malware monitoring, network telescope, Embedded web servers, Home network systems, Ethernut, Home appliance networks, Device discovery.

  • ARP, RARP, DCHP, BOOTP, ICMP:  Internet model, physical layer, data rate, synchronization of bits, line configuration, physical topology, transmission mode, data link layer, physical addressing, flow control, error control, LAN technologies, communication, neural network, host operating systems, System information security, Network security, Covert channels, Information warfare, Intrusion detection, Multi-agent application, Coordination, Internet, Diagnosis, Internet of things, IoT traffic classification, Traffic analysis, Network attack detection, Model order selection, Eigen analysis, Similarity analysis.

  • Web servers, web browsers, web page makers and editors: Semantic Web, Screen scraping, Browsing, Sharing, Tagging, Annotation, Collaboration, Building Management System, World Wide Web, Advertisement, Advertising agent, Internet, Control network, Web application, Database, Web server, Web browser, Web page, Web site, Intermediaries, Programmable proxies, Server API, User interface layout, Toolkit, Clickable maps, Scripts, Server-side editors, HTML extensions, Internet-Based Control Education, Lab VIEW, Mobile devices, WWW, navigation, revisitation, World Wide Web, Home page, Education, Hypertext markup language.

  • URL, HTML: Anti-phishing, HTML string embedding, Stacking model, Automatic genre classification, Web documents, Crawling, URL ordering, Smishing, Phishing, Text messaging, Mobile security, Machine learning, malicious emails, Classification Algorithm, Cybersecurity, Social Engineering Attack, Deep learning, Neural Networks, Natural Language Processing (NLP), BERT, ELECTRA, Mobile Application, Multimedia/hypermedia systems, Architectures for educational technology system, Navigation, Human-computer interface.

  • Multimedia communications: Technologies, protocols, and mechanisms: Cognitive radio networks, Multimedia communication, Spectrum sensing, Resource allocation management, Network fluctuation management, Delay, Energy efficiency, Quality of service (QoS), Quality of experience (QoE), Machine learning, Game theory, multimedia applications of Wireless Sensor Network (WSNs), Forward Error Correction (FEC), Automatic Repeat Request (ARQ), dynamic spectrum access (DSA), ad hoc networks, channel bandwidth, bandwidth allocation, LANs, collision rate, collision resolution, ISDN (Integrated Services Data Network) and IP (Internet Protocol), granularity, quantization, MANET, Multicast routing, Reliability, Quality of service, SG communications.

  • Various services and applications in multimedia communications: Quality of experience (QoE), Artificial Intelligence (AI), Optimization, big data processing, radial basis function neural network, Automatic Repeat Request (ARQ), Forward Error Correction (FEC), Multimedia communication, Data correlation, Data sharing, Vehicle clustering, Internet of vehicles, Image communication, Error correction codes, Cyclic codes, Codecs, Field programmable gate array, Energy consumption optimization, Green D2D communications, Video encoding, Wireless Sensor Networks (WSNs), data throughputs, operational modes, lower energy consumption, testbed, Mobile media communications, Early assessment, Emergency medicine, Multicode, Wavelet packet, Multicarrier, CDMA, workload generator, Session Initiation Protocol (SIP), Guaranteed bounds, Integrated-services networks, Multimedia networking, Performance guarantees, Quality of service.

  • Optimizing and engineering multimedia network traffic: Multimedia communication, Artificial Intelligence (AI), quality of experience (QoE), Optimization, Baseline, Software Defined Networking, network control plane, traffic engineering techniques, reducing operating cost, global network view, Telemedicine, Telesurgery, Smart city, Dynamic transportation assignment, Large data, Real-time online stream, DBN, audio streams, Segment routing, Segment list computation, shortest path routing, Mixed Integer Linear Programming, network topologies, Interior Gateway Protocol, traffic matrices.

  • Issues of Personalization: Design, Product development, Behavioral research, Customer loyalty, Customer retention, Customer satisfaction, Customization, E-service, Experimental methods, Office, Assessment, Employee satisfaction, Gender, Web personalization, Literature review, Recommender systems, User-specific aspects, Implementation, Contextual information, Digital Signage, Digital Signage System, Point-of-wait, Marketing, Retail, Multi-agent system, Virtual identities, Personalization–privacy paradox, Self-disclosure, Privacy assurance, Personalization declaration, Meta-search engine, Machine learning, Taxonomy, Agent, Information retrieval.

  • Privacy and security in multimedia applications: Multimedia security, Cyber-attack, Cybersecurity, Robustness, Copyright protection, Content authentication, Federated learning, Blockchain, Local differential privacy, Traffic flow prediction, Intelligent transportation systems, Internet of Things (IoT), data confidentiality, security countermeasures, Efficiency, Cloud computing, Big data, Topology, Convergence, Emerging applications, Center e-health security, Standard, PKI, Smartcard, Smart contracts, Ethereum, Permissionless public network.

  • Architectures used in multimedia software: Semantic information, network architecture, topology changes, multimedia applications, Mobile Ad hoc network (MANET), Context-aware services, Mobile computing, Mobile guides, Urban computing, Smart building, SDN, Smart devices, Internet of Things, Multimodal, Multimedia big data, Resource allocation, Cloud computing, Hadoop & MapReduce, ant colony optimization(ACO), software lifecycle, Quality of service, OpenFlow, Survey, product line architectures, base station, Architectural design education, studio environment, traditional design Studio, constructivism.

  • Database applications and multimedia web: Multimedia big data, Data acquisition, Data representation, Data reduction, Data analysis, Data security and privacy, System intelligence, Distributed system, social media, Telecommunications, Information technology, Networking, WWW, Content-based search, Visual information retrieval, Simulator, Internet, Global Manufacturing, Collaborative design, Edge Cloud, Desktop virtualization, Media processing, Transcoding, Jitter analysis.

  • Implementation of multimedia sensor networks: Wireless Multimedia Sensor Networks (WMSNs), compressed sensing (CS), measurement matrix, memory footprint, communication overhead, packet loss, Compression techniques, Power consumption, Ontology, Event processing, Semantic interoperability, Reasoning, Strength, Pareto Evolutionary Algorithm, sensor node, packet transmissions, reducing energy consumption, Network lifetime.