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1

9/6

Various Correlation Measures

2

9/13

Integers mod p and Finite Fields of size p^m

3

9/20

Introduction to Hadamard Matrices

4

9/27

Introduction to Cyclic Difference Sets

5

10/4

Binary (Non-binary) m-sequences

6

10/11

Codes for DS Spread-Spectrum Communications (Gold and Gold-like)

7

10/18

Codes for FH Spread-Spectrum Communications (Lempel-Greenberger)

8

10/25

midterm exam (3 hours on the first half only)

9

11/1

Minimum Spanning Ruler

10

11/8

Optical Orthogonal Codes

11

11/15

Two-Dimensional Perfect Array (Radar/Sonar Array and Costas Array)

12

11/22

Non-periodic Cyclic Equivalence Classes of Reed-Solomon Codes

13

11/29

Trace Representation of Legendre Sequences

14

12/6

New Construction for Families of Binary Sequences with Optimal Correlation Properties

15

12/13

New Construction for Binary Sequences of period p^m-1 with Optimal Autocorrelation Using (z+1)^d + az^d+b

16

12/20

final exam (3 hours on the second half only)