+1-415-670-9189
info@expertsmind.com
An efficient human identification using gait analysis
Course:- MATLAB Programming
Reference No.:- EM131559


Assignment Help
Assignment Help >> MATLAB Programming
  1. Apply specific approach for Pattern Recognition.
  2. Implement this approach in MATLAB.
  3. Compare and discuss the results with others.

Project 1: "An Efficient Human Identification Using Gait Analysis" I want apply/follow the same methodology (Methods/Algorithms) for this paper ("Human Gait Recognition Using Bezier Curves" Pratibha Mishra, Shweta Ezra 2011)

- Applying the algorithm which is based on Bezier curves. Bezier curves are generated according to person's walk and recognition is achieved by matching those curves by calculating the mean and variance, and used for recognition.

- CHANGE the viewing angle to (45-view) of the person.

- Use (Support Vector Machine (SVM)) as a classifier in classification phase.

- Do the experiment using the same gait database (CASIA-database-A)

- Calculate EER.

- Doing the implementation in MATLAB.

- Compare and discuss the results with the results of above paper.

Project 2: "Off-Line Signature Verification and Recognition"

- Applying the two approaches for Features Extraction :

  1. Scale Invariant Feature Transform (SIFT) approach.
  2. Mahalanobis Distance approach OR Hough Transform approach (you can choose either of them).

- Do the experiment using (GPDS3000GRAY signature database)

- Use (Particle Swarm Optimization-PSO) as a classifier in classification phase.

- Calculate FAR, FRR and EER for each approach.

- Doing the implementation in MATLAB.

- Compare and discuss the results for the approaches with each other.


Ask Question & Get Answers from Experts
Browse some more (MATLAB Programming) Materials
I subscribed for a 7 day study membership trial 2 days ago. I have been viewing the Guided solutions for Stormy Attaway's Intro to programming in Matlab 2nd edition
Write a MatLab function that takes in one argument, a vector or 2-D matrix and returns a single value, the highest value in the vector or matrix. Use nested for loops to accom
Simulate 2000 coin flip experiments with a biased coin with "success" probability (chance of 1) p = 1=5. Plot an outcome of the proportion of successes with respect to the n
Write a matlab function to perform gauss-jordan elimination with pivoting. Modify the pivoting so that it is using the row with the highest absolute value rather than the fi
What are the stages described in the model of the entrepreneurial process? What are the factors that give birth to a new enterprise and influence how it develops from an ide
Using matlab write the function [Bag,x] = EG(A,b) to solve the system without pivoting. The solution is the vector x and flag is 0 when the algorithm is completed and 1 othe
Write a function named solveSystem that has three inputs: two vectors consisting of coefficients [a b c] of two line equations of the form ax + by = c and a vector of x valu
compare with the true value of 6.737947 x 10 -3  . Use 20 terms to evaluate each series and compute true and approximate relative errors as terms are added.
Modify the functions for the bisection and false-position techniques of finding a root of an equation (see below questions) so that the number of iterations can be determine
A good way to structure this program is to read in each "number" as a string of characters, look at the first character to determine what kind of number it is (hex, binary,
Design a filter that meets all specifications, and show your results in support. Comment on the path your design process took, in particular on observations made and actions
Create a function M-file called mass that requires two vector inputs-the number of moles and the molecular weight-and returns the corresponding mass. Because you are