Design of a music retrieval system based on vocal queries

Currently users find their desired song on a multimedia sharing website such as YouTube using text based queries. The search phrase usually contains some text information about the song such as the name of the song, the singer, or parts of the lyrics. However, this information can be easily manipulated by malicious file up-loaders, who can use this scheme to upload pirated assets. This problem can be eliminated by letting users search based on the melody of the song rather than using textual information.

A Critical Pathway for Cardiac Defibrillators in Patients with Ischemic Cardiomyopathy

Providence Health Care has established a reputation as one of the leading centres for cardiology research and treatment in Canada. Medtronic of Canada is a major supplier of therapeutic cardiac equipment, technology and implantable devices, and works closely with Providence Healthcare to advance the science of cardiac treatment.

Many happy returns - Mitacs Globalink grad comes back to BC for grad school

This September, Nivarti is returning to the University of British Columbia to start his master's degree, after graduating from the Indian Institute of Technology Kharagpur with the best mark in his class for his honours thesis in mechanical engineering.

Nivarti chose UBC over schools like MIT and Stanford because of his Globalink experience, which paired the mechanical engineering student with Kendal Bushe, a UBC assistant professor who is one of North America's most highly respected combustion researchers. Dr. Bushe will also supervise Nivarti's graduate work.

Mitacs intern gains useful insight into industry

Over the course of his Accelerate internship Zaifman, a postdoctoral fellow at the Chemistry department of the University of British Columbia, partnered with AlCana, a Vancouver biotechnology company developing lipid nanoparticles, which show great potential as a new means for the targeted delivery of therapeutics.

Transport Layer Protocol Design for Cognitive Radio Systems

Recent studies have shown that many licensed spectrum bands are under-utilized, which form
spectrum holes [1]. The concept of cognitive radio was introduced in order to increase the
usage of the spectrum [2]. In cognitive radio systems [3], unlicensed users (which are also
called secondary users) can perform sensing over a wide range of spectrum bands. The
secondary users can opportunistically access the unused licensed bands from the legacy
spectrum holders (which are also called primary users). In order words, the secondary users

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