IEEE Montreal Section

Co-sponsored by: Concordia University IEEE Seminar Speaker(s): Dr. Bharat BHARGAVA, Location: Room: EV002.184 Bldg: The Department of Electrical and Computer Engineering, Concordia University 1515 Ste. Catherine West, Montreal, Quebec

Co-sponsored by: Concordia University IEEE Seminar Speaker(s): Dr. Bharat BHARGAVA, Location: Room: EV002.184 Bldg: The Department of Electrical and Computer Engineering, Concordia University 1515 Ste. Catherine West, Montreal, Quebec

The Montreal IEEE Signal Processing Chapter is inviting you to a talk in the area of image processing by Prof. Janusz Konrad from Boston University. Speaker(s): Prof. Janusz Konrad, Location: Room: MC603 Bldg: McConnell Engineering Building 3480 University Street Montreal, Quebec H3A 0E9

The Montreal IEEE Signal Processing Chapter is inviting you to a talk in the area of image processing by Prof. Janusz Konrad from Boston University. Speaker(s): Prof. Janusz Konrad, Location: Room: MC603 Bldg: McConnell Engineering Building 3480 University Street Montreal, Quebec H3A 0E9

Directional Pattern Design of VHF and UHF Antennas for FM and TV Speaker: Eric Wandel Abstract: This lecture discusses pattern development and the effects of the mounting structure on the antenna pattern for both intentional directional antennas as well as non-DA antennas. Techniques for pattern design will be presented, including detailed array theory and NEC... Read more →

Directional Pattern Design of VHF and UHF Antennas for FM and TV Speaker: Eric Wandel Abstract: This lecture discusses pattern development and the effects of the mounting structure on the antenna pattern for both intentional directional antennas as well as non-DA antennas. Techniques for pattern design will be presented, including detailed array theory and NEC... Read more →

Widespread in metro networks, WDM technology can offer advantages in terms of bandwidth capabilities and scalability as well as in all future networks. Usually conventional optical switching devices are based on discrete optics components which are costly and bulky. Considering the increase of broadband services and bandwidth request over time, there is a need for... Read more →

Widespread in metro networks, WDM technology can offer advantages in terms of bandwidth capabilities and scalability as well as in all future networks. Usually conventional optical switching devices are based on discrete optics components which are costly and bulky. Considering the increase of broadband services and bandwidth request over time, there is a need for... Read more →

Me, you, us, them, confirmation bias, first impressions, and subtext. When delivering a speech, making a presentation, attending an interview, appearing in front of judges, discussing new ideas with a colleague, or going to a meeting under unfamiliar or perhaps extra-professional circumstances, apprehension is normal. Along with the “impressions” you make, you are rightly concerned... Read more →

Me, you, us, them, confirmation bias, first impressions, and subtext. When delivering a speech, making a presentation, attending an interview, appearing in front of judges, discussing new ideas with a colleague, or going to a meeting under unfamiliar or perhaps extra-professional circumstances, apprehension is normal. Along with the “impressions” you make, you are rightly concerned... Read more →

Since its discovery in 1993, space mapping is now in its twenty-third year of development and implementation. It has evolved into an engineering design technology that demonstrably exploits the engineer’s traditional “quasi-global” intuition. Through suitable physics-based surrogates, space mapping facilitates engineering modeling and design optimizations with computationally-intensive, high-fidelity or “fine-model” simulation accuracy but with “coarse-model”... Read more →

Since its discovery in 1993, space mapping is now in its twenty-third year of development and implementation. It has evolved into an engineering design technology that demonstrably exploits the engineer’s traditional “quasi-global” intuition. Through suitable physics-based surrogates, space mapping facilitates engineering modeling and design optimizations with computationally-intensive, high-fidelity or “fine-model” simulation accuracy but with “coarse-model”... Read more →

The IEEE Montreal Section Awards Banquet and Annual General Meeting is our sections Major annual event. This year our Keynote speaker is Prof. John Bandler from McMaster univeristy. This event is an excellent opportunity to network with local IEEE members and visitors from neighboring sections. This year's event is held at the Hyatt Regency Montreal... Read more →

The IEEE Montreal Section Awards Banquet and Annual General Meeting is our sections Major annual event. This year our Keynote speaker is Prof. John Bandler from McMaster univeristy. This event is an excellent opportunity to network with local IEEE members and visitors from neighboring sections. This year's event is held at the Hyatt Regency Montreal... Read more →

Co-sponsored by: IEEE Circuits and Systems Society Montreal Chapter and ReSMiQ The IEEE CASS, Montreal Chapter, and Microsystems Strategic Alliance of Québec (ReSMiQ) invites you to participate in the event Circuits and Systems Innovation Day to be held at École de technologie supérieure on October 19, 2015. It is a one-day forum during which experts,... Read more →

Co-sponsored by: IEEE Circuits and Systems Society Montreal Chapter and ReSMiQ The IEEE CASS, Montreal Chapter, and Microsystems Strategic Alliance of Québec (ReSMiQ) invites you to participate in the event Circuits and Systems Innovation Day to be held at École de technologie supérieure on October 19, 2015. It is a one-day forum during which experts,... Read more →

Co-sponsored by: IEEE Circuits and Systems Society Montreal Chapter and ReSMiQ Compressive sensing (CS) is based on two concept/principles: sparsity, which is related to the signals of interest, and incoherence, which relates to the methods of measurement/acquisition/sampling. The most significant feature of the sampling procedures is that they allow a sensor to capture the information... Read more →

Co-sponsored by: IEEE Circuits and Systems Society Montreal Chapter and ReSMiQ Compressive sensing (CS) is based on two concept/principles: sparsity, which is related to the signals of interest, and incoherence, which relates to the methods of measurement/acquisition/sampling. The most significant feature of the sampling procedures is that they allow a sensor to capture the information... Read more →