Two Day  Workshop on

MODELLING, SIMULATION, AND ANALYSIS OF BIOMEDICAL SYSTEMS

Organized by
M. S. Ramaiah School of Advanced Studies

Date: 15th & 16th March 2013 ( Friday & Saturday)

Venue:  M. S. Ramaiah School of Advanced Studies, Bengaluru-58

Preamble:

Signal and image processing techniques have enabled numerous vital technologies and applications. Biomedical system is one such domain where the interplay of concepts from multiple areas is critical.

VIT University,Vellore

Presents

Two Day Workshop

on
LabVIEW for Biomedical Engineers
26th –27th October 2012

Organized by
TIFAC – CORE in AUTOMOTIVE INFOTRONICS
(Sponsored by Department of Science and Technology, Govt. of India)

Background.
Today, virtual instrumentation has reached mainstream acceptance and is used in thousands of applications in industries from automotive to consumer electronics, Bio-Medical etc. LabVIEW is a powerful graphical development environment for signal acquisition, measurement analysis, and data presentation, giving the flexibility of a programming language without the complexity of traditional development tools. It is an Enabling industry leading software tool Programme

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Recently, I came across a effort by Biomedical Engineering students, they are IIIrd yr students in biomedical from watumull institute,Worli,Mumbai. Varun Venkatesh and his friend Aditya ekawade alongwith Prerak Dalal have designed the whole website, I dont know what syllabus they follow but they have indexed Biomedical Engineering notes which is really great.

About IamBiomed

www.iambiomed.com is a website for Biomed people by Biomed people.

We at ‘I am Biomed’ cater to the needs of a Biomedical Student.

One can get Notes, Syllabus, Question papers related to Biomedical Engineering.

The conference should give a forum for information exchange among theoreticians, engineers, and medical people. Original papers, research results, and contributions concerning interesting technical solutions will be appreciated as well as clinical experiences and survey lectures for presentation in the following areas:

1. Biological signal processing
2. Medical imaging and image analysis
3. Modeling in biomedicine
4. Cell and tissue engineering
5. Bioinformatics

The conference will be open to contributions from related fields.

Conference Chairman: 
Prof. Ivo Provaznik, Brno University of Technology

Organiser: 
Department of Biomedical Engineering, Faculty of Electrical Engineering and
Computer Science, Brno University of Technology

Background: Heart signals represent an important way to evaluate cardiovascular function and often what is desired is to quantify the level of some signal of interest against the louder backdrop of the beating of the heart itself. An example of this type of application is the quantification of cavitation in mechanical heart valve patients.

Methods: An algorithm is presented for the quantification of high-frequency, non-deterministic events such as cavitation from recorded signals. A closed-form mathematical analysis of the algorithm investigates its capabilities. The algorithm is implemented on real heart signals to investigate usability and implementation issues. Improvements are suggested to the base algorithm including aligning heart sounds, and the implementation of the Short-Time Fourier Transform to study the time evolution of the energy in the signal.

LECTURE NOTES ON SIGNAL AND SYSTEMS (COMPLETE SYLLABUS COVERED)

• LECTURE 1 Introduction (PDF.)
• LECTURE 2 CT and DT Systems (PDF)
• LECTURE 3 DT Convolution (PDF)
• LECTURE 4 CT Convolution, Impulses (PDF)
• LECTURE 5 CT Fourier Series (PDF)
• LECTURE 6 CT and DT Fourier Series (PDF)
• LECTURE 7 Frequency Response, Filtering ( PDF)
• LECTURE 8 CT Fourier Transform (PDF)
• LECTURE 9 CT and DT Fourier Transform (PDF)
• LECTURE 10 DT Fourier Transform (PDF)
• LECTURE 11 Finish FT, Mag./Phase. of Freq. Responses (PDF)
• LECTURE 12 Effects of Phase, 1st and 2nd order DT Systems (PDF)