IEEE COLCOM 2022: 2022 IEEE Colombian Conference on Communications and Computing Universidad Autonoma de Occidente Cali, Colombia, July 27-29, 2022 |
Conference website | https://ieee-colcom.org/colcom/2022/ |
Submission link | https://easychair.org/conferences/?conf=ieeecolcom2022 |
Submission deadline | May 10, 2022 |
IEEE COLCOM 2022
IEEE Colombia has chosen Cali AGAIN as the venue for the 15th IEEE Colombian Conference on Communications and Computing COLCOM 2022. This conference is the most important in Colombia that aims to show the progress and development of the academic, scientific and industrial usage of the different areas of telecommunications and computing. In this version, the main subject is «Technology After Pandemics: Lessons Learnt».
During the past decade, Cali has gained national and international recognition for its potential to become one of the most important cities in Latin America and the Pacific in terms of logistics, manufacturing and creative industry. Cali, main city of the Pacific region of Colombia, known as a commercial, service and cultural hub, offers a vivid and dynamic environment for creation of innovative solutions, a wide variety of economic sectors, including both small and large companies as well as agricultural industry, a growing ICT ecosystem and high quality universities.
We hope that government, academy and industry will take active participation in IEEE COLCOM 2022. Papers will be reviewed by an international technical committee under the IEEE standard procedure. Accepted papers must be presented in oral sessions, which is mandatory in order to be published in the conference proceedings (IEEE Xplore database, including ISBN).
Submission Guidelines
All papers must be original and not simultaneously submitted to another journal or conference. The following paper categories are welcome
- WIRELESS COMMUNICATIONS AND NETWORKING Cellular systems, 5G, 6G and beyondWireless body area networksFemtocell networks and traffic offloadingConnecting the UnconnectedFlow and congestion controlModulation, coding, and diversity techniquesAntennas, smart antennas, and space-time processingMIMO, multi-user MIMO, and massive MIMOCross-layer design and physical-layer based network issuesRadio resource allocation and interference management
- IoT AND SMART CITIES Future Internet Research Experimentation for Internet of ThingsMachine to Machine (M2M) and cellular-based protocols forInternet of ThingsCloud computing, Edge Computing / Fog Computing integrationwith Internet of ThingsSoftware Defined Networks or Network Functions Virtualization forInternet of ThingsPersonal Area Networks for IoTSmart healthcare and e-health systemsSmart buildings and smart homesSmart educationSmart environmentSmart city for special needsSmart FarmingQoS and QoE of smart city systems, applications, and servicesSensing, Actuating and IoT for smart citiesIndustry 4.0
- CYBERSECURITY Safety and security systemsAnonymity, anonymous communicationsAuthorization and access controlAvailability and survivability of secure services and systemsCloud and distributed applications securityComputer and network forensicsCryptography (Cryptographic implementations for networking)Firewall technologies; intrusion detection, localization, and preventionMobile and wireless networks securityOperating systems and applications security and analysis toolsTrust models and certificate handlingVirtual private networks and group securityVulnerabilities, exploitation tools and virus analysisWeb, e-commerce, and m-commerce security
- INDUSTRY 4.0 Edge Computing in industryWireless industrial Networks
- VEHICULAR COMMUNICATIONS, NETWORKS, ANDTELEMATICS Intelligent vehicle-to-infrastructure integrationSmart traffic system operationsSmart mobility for Pedestrian and bicyclist safety5G technologies for connected vehiclesCongestion and awareness control in vehicular networksSecurity, privacy, liability, and dependability in vehicular networksVehicular ad hoc networks (VANET);Broadband Internet services;Cellular/VANET interworking;Channel models and mobility models for vehicular networks;Cloud-mobility;Connected vehicles;Context aware service and applications;Data traffic offloading;DSRC;Information distribution services;Interaction between intra- and inter-vehicular communications;In-vehicle communication & networking;IP mobility;Mobility estimation;Multi-channel/multi-antenna/multi-transceiver systems forvehicular communication;Digital maps and location technologies;Drive-by-wire controls;Electromagnetic valve controls;Emulation/simulation of ITS applications;Autonomous vehicles;Cooperative ITS;Engine control modules;Green ITS navigation for people and freight;HCCI controls;Human factors and human machine interface (HMI) for smart cars;In-car electronics and embedded integration;Intelligent transportation systems;Mobile/wireless systems for transportation logistics;Multimedia service provisioning and vehicle traffic management;Pedestrian protection via VANET;
- SPECTRUM SHARING, SPECTRUM MANAGEMENT,AND COGNITIVE RADIO Algorithms for TV whitespace usage;Applications of cognitive radio networks (e.g., for 5G, heterogeneousnetworks);Characterization of cognitive wireless networks;Cognitive highly time-variant networks
- ELECTRIC VEHICLES, VEHICULAR ELECTRONICS,AND INTELLIGENT TRANSPORTATION Heterogeneous network infrastructures for ITS;Smart mobility and transportationUnmanned aerial vehicles (UAVs);Vehicle power systems;Vehicle stability controls;Vehicle traction power control/conversion;Wireless charging;Wireless/mobile system applications for transportation control androuting;Wireless/mobile systems for multi-modal transportation.Autonomous driving technologies
- BIG DATA Big data models, theories, algorithms, approaches, solutionsMachine learning, data mining, web mining, and graph miningBig data for communications and networkingBig data integration and visualizationBig data architecture, infrastructure and platformsBig data storage and managementPrivacy protection, trust in Big DataBig data for smart cities and smart homesImage and signal processingArtificial intelligenceData privacyLocation based Information Systems
- HIGH PERFORMANCE COMPUTING Performance evaluation and modelingCluster computingGPGPUs and FPGAs accelerationSimulationComputer architectureApplications (e.g. Bioinformatics, neuroscience, astrophysics)
Committees
Program Committee
-
General Chair:
- Natalia Gaviria Gómez, Universidad de Antioquia
-
Technical Co-Chairs:
- Andrés Navarro, Universidad Icesi
- Carlos Lozano, Universidad de Los Andes
- Luis Alejandro Fletscher B, Universidad de Antioquia
- Oscar Caicedo, Universidad del Cauca
-
Publication Chair:
- Carlos Velásquez, IEEE Colombia – UNAD
-
Financial Chair:
- Diana Briceño, IEEE Colombia
-
Webmaster:
- Alexis David Quintero, Universidad de Antioquia
Contact
All questions about submissions should be emailed to anavarrocadavid@ieee.org