Events

IEEE Toronto VTS/ComSoc/YP Chapters (Vehicular Technology /Communications/Young Professionals) are excited to announce that Workshop for Leaders of Tomorrow will be held on June 7th at Sears Atrium, Toronto Metropolitan University (TMU), Toronto. The one-day workshop will provide premium networking opportunities, aiming to connect young professionals and students with distinguished speakers, industry leaders, and peers; showcase the work of young professionals and students; discussing and answering questions in job searching and professional career development. Agenda: 9:30-9:40: Welcome and Opening 9:40-10:10: Keynote 1 by Dr. Wen Tong 10:10-10:40: Keynote 2 by Dr. Shahrokh Valaee 10:40-11:10: Coffee Break, Project Evaluation 11:10-12:10: Young Professionals Presentations - 1 12:10-14:00: Lunch, Networking, and Project Evaluation 14:00-14:45: Young Professionals Presentations - 1 14:45-16:00: Industry Panel: Succeed Professional Career in the IT Engineering Industry 16:00-16:30: Coffee Break 16:30-17:00: Awards Certificates and Closing Remark Bldg: Engineering, 245 Church Street, Toronto, Ontario, Canada, M5B 2K3

[] Terahertz (THz) communications are envisioned as an up-and-coming and pivotal wireless technology for the sixth generation(6G) and beyond era. In particular, the ultra-wide THz band ranging from 0.1 to 10 THz offers enormous potential to alleviate the spectrum scarcity and break the capacity limitation of emerging wireless systems (such as 4G-LTE and 5G NR). This will undoubtedly support epoch-making wireless applications that demand ultra-high quality service requirements and multi-terabits per second data transmission in the intelligent information society in the 2030s, such as terabit-per-second backhaul systems, ultra-high-definition content streaming among mobile devices, and virtual/augmented reality. In this talk, I will introduce the role and importance of THz communications for the 6G and beyond wireless networks, while briefly describing the fundamental research on THz devices, channels, testbeds, and simulators. After this, I will give a brief summary of recent research advances in THz communications, focusing on performance analysis, spectrum allocation, and hybrid beamforming. Finally, I will discuss some pressing challenges for harnessing the benefits of THz communications in the next decades. Speaker(s): Prof. Nan Yang, Room: 7180, Bldg: Bahen Centre for Information Technology, University of Toronto, Toronto, Ontario, Canada

Abstract: The Integrated Photonics Systems Roadmap – International (IPSR-I) drives global developments of Photonic Integrated Circuits for the coming decades. The roadmap describes the consensus of over 400 experts on future technology gaps in PIC technology and its affiliated applications. The goal is to align R&D investments to drive volume manufacturing of PICs. Join Peter van Arkel who will present the key-results of the IPSR-I and the role of PhotonDelta within the Photonic Integrated Circuits ecosystem. Co-sponsored by: Co-sponsored by National Research Council, Canada. Optonique. ETS Optica Student Chapter. Speaker(s): Peter van Arkel Agenda: 11h00 - 11h50 : technical presentation (hybrid) 11h50-12h30 : free networking and lunch (in-person only) Room: A-1302, Bldg: Pavillion A, 1100 Notre-Dame St W, Montréal, Quebec, Canada, H3C 1K3, Virtual: https://events.vtools.ieee.org/m/422471

Metamaterials and meta components are the future of photonics: how PlanOpSim and SONIL can help Abstract: The meta-component markets are set to grow significantly over the next few years. PlanOpSim and SONIL can help you design the components and systems of the future, which will be more compact, less complicated and with new optical functionalities. PlanOpSim offers the fastest, most complete and most advanced simulation and design software for photonic meta-components. It takes into account manufacturing constraints and dispersions to provide the optimized design in term of performance and production cost. SOLNIL manufactures the components below using its nanoimprint lithography process. From the formulation of solgels to the manufacture of metal oxide nanostructures, SOLNIL has three expertise: Chemical formulation, manufacturing process and optical characterization. The synergy between these two companies is an opportunity to develop innovative components and systems in reasonable budget and development time. ------------------------------------------------------------------------ Les méta matériaux et méta composants sont le futur de la photonique : comment PlanOpSim et SOLNIL peuvent aider Résumé : Les marchés des méta composants vont croitre de manière importante dans les prochaines années. Les sociétés PlanOpSim et SONIL vous aident à concevoir les composants et les systèmes du futur qui seront plus compacts, moins compliqués avec des fonctionnalités optiques nouvelles. En effet, PlanOpSim propose le logiciel de simulation et de design de méta composant photonique. Le plus rapide, le plus complet et le plus compétitif du marché, il tient compte des contraintes et des dispersions de fabrication. SOLNIL fabrique les composants ci-dessous avec son procédé de lithographie par nano impression de la formulation des solgels à la fabrication des nano structures en oxide métallique à indice variable et contrôlé. La synergie de ces deux entreprises permet de développer des fonctions photoniques plus rapidement. [] About / A propos The High Throughput and Secure Networks (HTSN) Challenge program is hosting regular virtual seminar series to promote scientific information sharing, discussions, and interactions between researchers. https://nrc.canada.ca/en/research-development/research-collaboration/programs/high-throughput-secure-networks-challenge-program Le programme Réseaux Sécurisés à Haut Débit (RSHD) organise régulièrement des séries de séminaires virtuels pour promouvoir le partage d’informations scientifiques, les discussions et les interactions entre chercheurs. https://nrc.canada.ca/fr/recherche-developpement/recherche-collaboration/programmes/programme-defi-reseaux-securises-haut-debit Co-sponsored by: National Research Council, Canada. Optonique. Speaker(s): Dominique Bonnisseau, Virtual: https://events.vtools.ieee.org/m/422841

The role of power electronics in supporting green electrification has never been more critical. Today, there are many categories of electric vehicles (EVs), spanning a wide range of applications, including electric scooters, electric bicycles (e-bikes), and electric motorcycles for urban commuting and recreation. Neighborhood Electric Vehicles (NEVs) are used for short trips within urban areas. Passenger electric cars, both fully electric and hybrid, are designed for everyday use. Electric vans cater to urban deliveries, while electric buses serve public transportation needs. Electric trucks are used in logistics for heavy loads. Electric utility vehicles (EUVs) support agriculture and industrial applications, and electric forklifts are common in warehouses for material handling. This talk will discuss battery charger technology to support the deployment and acceleration of green electrification and transportation. From small to large applications, what technology would you use and why? Co-sponsored by: Shawkat Zaman (University of Toronto) Speaker(s): Dr. Martin Ordonez Room: Room BA 1230, Bldg: Bahen Centre for Information Technology Building, 40 St. George Street, Toronto, ON M5S 2E4, Toronto, Ontario, Canada

Enhance your career by learning more about the value and importance of IEEE Future Directions, Roadmaps. IEEE develops Technical Roadmaps to provide long term perspectives of Technology Trends and Forecasts. This is done by bringing together experts from international industry, government and all research entities. These experts are organized in Working Groups that are focused on multiple Technical and Humanitarian aspects. The Roadmaps serve as an independent and unbiased resource that exemplifies a multi-disciplinary, global and a consolidated approach. This work is focused on precompetitive cooperation between the contributors. The industry then uses the Technical directions and Trends outlined in these Roadmaps to chart out their own Product Roadmaps to develop competitive products. This presentation will also show some of the exciting work using Data-based products. Young Professionals (YP’s) who get engaged with the IEEE Roadmaps and Data teams are in an excellent position to take a leading role within their own employer companies to develop competitive Product Roadmaps. This is an opportunity that can be very rewarding in the development of the YP’s career. A successful case study will be elaborated. Speaker(s): Rakesh Kumar, Room: BA1200, Bldg: Bahen Centre for Information and Technology, University of Toronto, Toronto, Ontario, Canada

[] Prof. Paul Cunningham is an IEEE Distinguished Lecturer who is visiting Toronto and will present his work with mHealth4Afrika. Supported by the European Commission, mHealth4Afrika co-designed and validated a state-of-the-art modular, extensible and multilingual standards based health information system to support strengthening primary healthcare delivery in resource constrained environments in Ethiopia, Kenya, Malawi and South Africa This SSIT Distinguished Lecture (DL) by Prof. Paul M Cunningham (IST-Africa Institute, Ireland) will share insight gained from mHealth4Afrika related to co-designing appropriate technological solutions to address societal challenges in resource constrained environments. While primarily focused on the health domain, it will encompass discussion of ethics and importance of infrastructure (including reliable power). Speaker(s): Prof. Paul M Cunningham, Room: ENG460-Bldg Entrance support Contact:4165092067, Bldg: George Vari Engineering Building, 245 Church Street, Toronto, Ontario, Canada, Virtual: https://events.vtools.ieee.org/m/424410

The IEEE International Symposium on Antennas and Propagation is coming up in mid July, so the AP-S Student Chapter is holding a conference presentation competition. This event will give you the chance to practice your presentation along with fielding questions from a technical audience. Getting a practice session like this will make the real presentation much easier and less stressful. There will also be anonymous feedback provided to the presenters on ways they can improve their presentations (e.g., delivery, content, slide layout, etc.). If you would like to give a presentation, please email stewart.pearson@mail.utoronto.ca so we can get a schedule drawn up. If you're not planning on attending an upcoming conference, you are still welcome to give a presentation on your current research. It's never too early to practice! For the presenters, there will be a chance at winning an exciting prize for the highest rated presentation. There will also be a raffle prizes for the attendees. As usual, there will also be coffee and refreshments provided. We look forward to seeing you there! Room: BA4287, Bldg: Bahen Centre for Information Technology, 40 St. George St., Toronto, Ontario, Canada

Leaky-Wave Antenna (LWA) is a beam-scanning antenna that plays a crucial role in modern wireless communication, satellite communication, navigation systems, and autonomous drive. In this talk we will discuss the fundamentals of the LWA, its applications, and comparison with phased array antennas. Speaker(s): , , Nima Javanbakht Virtual: https://events.vtools.ieee.org/m/423962

Talk 1: In this talk, the operation of DC-DC converters, which work by exchanging energy between storage elements due to the action of switching semiconductors are explored. The storage elements (mainly inductors and capacitors) are also called passive components. The size of the converters is highly influenced by the size of inductors and capacitors which is at the same time influenced by the power dissipation and the stored energy. It is desirable to design compact converters. However, reducing this energy cannot be done arbitrarily due to the constraints imposed by switching ripple specifications, and reducing the power rating cannot be done due to safety. Various topologies that have been designed with reduced stored energy, examining their advantages and the trade-offs involved will be highlighted. The discussion will highlight innovative approaches to achieving efficiency and compactness in converter design. Talk 2: Designing compensators for control models in the αβ0 reference frame for tracking sinusoidal functions of time is not a straightforward task. Alternatively, a control scheme in dq reference frame offers the possibility to track dc control signals. It also allows simpler design of compensators. This talk covers a control scheme in the dq reference frame integrated to a modulator and voltage balancing algorithm for Hexverter-based systems functioning as an intertie. It can be considered as an extension of the control model developed for the two-level voltage source inverter. By doing so, an independent regulation of the Hexverter's active and reactive power flows can be realized. The control system is validated using PSCAD/EMTDC computer simulations. Speaker(s): Julio C Rosas Caro, Hector R.Robles Campos Room: 2130, Bldg: Science Building (UA), 2000 Simcoe Street North, Oshawa, Ontario, Canada, Virtual: https://events.vtools.ieee.org/m/426892

This talk shall focus on contemporary visual computing research trends with critical implications for 6G semantic communications. Semantic communication was initially proposed by Weaver and Shannon 70+ years ago in the early 1950s in which they outlined the classical definition of three levels of communications: the technical problem, the semantic problem, and the effectiveness problem. Until 5G, most researchers and practitioners have been working on the first technical problem. For 6G, semantic communication becomes necessary to handle the overwhelming volume of visual data among all IP traffic. We firmly believe that a paradigm-shifting framework needs to be designed to transport the volumetric visual data under the 6G mobile communication architecture. We show that recent technical advances in contemporary visual computing bear great potential for 6G semantic communication. Among the volumetric visual data, a significant portion of them has been acquired for machine intelligence purposes. Therefore, structured extraction and representation of the semantics from these visual data are desired to facilitate the 6G semantic communication. For contemporary visual computing, the well-structured scene graph generation (SGG) approaches have been demonstrated capable of representing compactly the logical relationship among the subjects and objects detected from the visual data. We shall show that the unique capability of structured SGG can be applied to 6G semantic communication towards future advances in integrating visual computing with 6G. [] Speaker(s): Chang Wen Chen, Room: ENG460, Bldg: ENG building, 245 Church Street, Toronto, Ontario, Canada

3D Multimedia Analytics, Search and Generation In Conjunction with ICME 2024 15-19 July, Niagra Falls, Canada Today, ubiquitous multimedia sensors and large-scale computing infrastructures are producing at a rapid velocity of 3D multi-modality data, such as 3D point cloud acquired with LIDAR sensors, RGB-D videos recorded by Kinect cameras, meshes of varying topology, and volumetric data. 3D multimedia combines different content forms such as text, audio, images, and video with 3D information, which can perceive the world better since the real world is 3-dimensional instead of 2-dimensional. For example, the robots can manipulate objects successfully by recognizing the object via RGB frames and perceiving the object size via point cloud. Researchers have strived to push the limits of 3D multimedia search and generation in various applications, such as autonomous driving, robotic visual navigation, smart industrial manufacturing, logistics distribution, and logistics picking. The 3D multimedia (e.g., the videos and point cloud) can also help the agents to grasp, move and place the packages automatically in logistics picking systems. Therefore, 3D multimedia analytics is one of the fundamental problems in multimedia understanding. Different from 3D vision, 3D multimedia analytics mainly concentrate on fusing the 3D content with other media. It is a very challenging problem that involves multiple tasks such as human 3D mesh recovery and analysis, 3D shapes and scenes generation from real-world data, 3D virtual talking head, 3D multimedia classification and retrieval, 3D semantic segmentation, 3D object detection and tracking, 3D multimedia scene understanding, and so on. Therefore, the purpose of this workshop is to: 1) bring together the state-of-the-art research on 3D multimedia analysis; 2) call for a coordinated effort to understand the opportunities and challenges emerging in 3D multimedia analysis; 3) identify key tasks and evaluate the state-of-the-art methods; 4) showcase innovative methodologies and ideas; 5) introduce interesting real-world 3D multimedia analysis systems or applications; and 6) propose new real-world or simulated datasets and discuss future directions. We solicit original contributions in all fields of 3D multimedia analysis that explore the multi-modality data to generate the strong 3D data representation. We believe this workshop will offer a timely collection of research updates to benefit researchers and practitioners in the broad multimedia communities. Please note: You'll need to register for the ICME2024 conference in order to attend this event Agenda: Detailed agenda will be updated soon Bldg: Niagara Falls Marriott Convention & Exhibition Centre , 6755 Fallsview Blvd , Niagara Falls, Ontario, Canada