MRECW Students E- Learning Point Computer Security Student (CSS)

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BUSINESS SYSTEMS ANALYSIS AND DESIGN
 Instructor: Dr. Siddhartha Bhattacharyya

Dennis, Alan and Barbara H. Wixom. Systems Analysis and Design 2nd Edition. John Wiley and Sons, 2003.
Objectives
This is a course on the analysis, design, and implementation of information systems. All stages of the systems development life cycle will be considered, with specific focus on analysis and design of business information systems. The course aims at providing a foundation in traditional structured analysis and design techniques, together with an introduction to object-oriented and UML based analysis and design techniques that are increasingly in use today. The basic topics that will be discussed are: lifecycle approaches, feasibility, requirements analysis, techniques for structured analysis, various aspects of system design including system data, behavior and interfaces, testing, and system implementation considerations; concepts in UML and object-orientation will also be examined in relation to these basic topics.
Students will work on a series of assignments covering various activities in the systems analysis and design process. These assignments, based on cases simulating real-life projects, will provide hands-on experience in analyzing and designing computer-based information systems.
Students are responsible for keeping up-to-date with class material, assignments and any announcements.

Introduction (ppt file),
 

SDLC ,Systems Analysis (ppt file),

Enterprise Analysis, Workflow diagrams (ppt file)

Data flow diagrams (ppt)

Data modeling, Object Relationship modeling (ppt)
                       

Design (notes1), Physical DFD (ppt)

Physical DFD (CreateDB example)

Structure charts (ppt), Cohesion and Coupling

Use Cases (ppt)

Use case examples(ppt)
 O-O - basics (ppt)

 

Business Statistics  

Professor David Mease

Lecture Powerpoint Slides and Videos:

Lecture 26 = Thursday 5/13       Video

Lecture 25 = Tuesday 5/11       Video

Lecture 24 = Tuesday 5/4       Video

Lecture 23 = Thursday 4/29       Video

Lecture 22 = Tuesday 4/27       Video

Lecture 21 = Thursday 4/22       Video

Lecture 20 = Tuesday 4/20       Video

Lecture 19 = Thursday 4/15       Video

Lecture 18 = Tuesday 4/13       Video

Lecture 17 = Thursday 3/25       Video

Lecture 16 = Tuesday 3/23       Video

Lecture 15 = Thursday 3/18       Video

Lecture 14 = Thursday 3/11       Video

Lecture 13 = Tuesday 3/9       Video

Lecture 12 = Thursday 3/4       Video

Lecture 11 = Tuesday 3/2       Video

Lecture 10 = Thursday 2/25       Video

Lecture 9 = Tuesday 2/23       Video

Lecture 8 = Thursday 2/18       Video

Lecture 7 = Tuesday 2/16       Video

Lecture 6 = Thursday 2/11       Video

Lecture 5 = Tuesday 2/9       Video

Lecture 4 = Thursday 2/4       Video

Lecture 3 = Tuesday 2/2       Video

Lecture 2 = Thursday 1/28       Video

Lecture 1 = Tuesday 1/26       Video  

Computational Biology 

Instructor: Larry Ruzzo
Textbook: Richard Durbin, Sean R. Eddy, Anders Krogh and Graeme Mitchison, Biological Sequence Analysis  Probabilistic models of proteins and nucleic acids
Download Slides from here

1:	Introduction; Bio Basics
	2:	Alignment; DNA Replication
	3:	BLAST; Scoring; DNA Sequencing
	4:	MLE & EM
		EM Example (.xls)
	5:	Motifs; Gene Regulation
	6:	HMMs
		HMM Example (.xls)
	7:	Gene Finding; Splicing
	8:	RNA Function & Structure
	9:	RNA Search & Discovery
	10:	ChIPseq & Summary

 

Biocomputing 

Instructor: Armin R.Mikler
Textbook:An Introduction to Bioinformatics Algorithms Neil C. Jones and Pavel A. Pevzner
Download slides from here

Molecular Biology Introduction	pdf ppt
Introduction to Algorithms	ppt pdf
A quick PERL review	pdf ppt
Bio-Perl	pdf ppt
Dr. Dong's Lecture on Bio Perl and NCBI	ppt
DNA Restriction Maps	pdf ppt
Finding Regulatory Motifs	pdf ppt
Bioethics	pdf ppt
Genome Rearrangements	pdf ppt
Dynamic Programming: Edit Distance	pdf ppt
Sequence Alignment	pdf ppt
Multiple Alignment	pdf ppt
Phylogenetics
Molecular Evolution