2020 IEEE International Symposium on Information Theory : proceedings : July 21-26, 2020, Virtual, Los Angeles, California, USA / Institute of Electrical and Electronics Engineers.

Format:

Book

Author/Creator:

Institute of Electrical and Electronics Engineers, author, issuing body.

Language:

English

Subjects (All):

Information theory--Congresses.

Information theory.

Physical Description:

1 online resource (3067 pages) : illustrations

Other Title:

2020 IEEE International Symposium on Information Theory

Place of Publication:

Pistacaway, New Jersey : IEEE, 2020.

Contents:

A.1: ALGEBRAIC CODING THEORY I

A.2: ALGEBRAIC CODING THEORY II

A.3: COMBINATORICS AND INFORMATION THEORY

A.4: COMBINATORIAL CODING THEORY I

A.5: COMBINATORIAL CODING THEORY II

D.1: CODED COMPUTATION

D.2: CODING FOR SPECIALIZED COMPUTATIONS

D.3: DISTRIBUTED MATRIX MULTIPLICATION

C.1: CODING FOR COMMUNICATIONS I

C.2: CODING FOR COMMUNICATIONS II

C.3: ITERATIVE DECODING

C.4: LDPC CODES

C.6: POLAR CODES I

C.7: POLAR CODES II

C.8: SPATIALLY COUPLED CODES

C.9: STREAMING CODES

C.10: TOPICS IN CODING THEORY

M.1: CODES FOR DISTRIBUTED STORAGE I

M.2: CODES FOR DISTRIBUTED STORAGE II

M.3: CODES FOR DISTRIBUTED STORAGE III

M.4: CODES FOR DISTRIBUTED STORAGE IV

M.5: CODING FOR STORAGE AND MEMORIES I

M.6: CODING FOR STORAGE AND MEMORIES II

M.7: INSERTION DELETION SUBSTITUTION CODES I

M.8: INSERTION DELETION SUBSTITUTION CODES II

M.9: TOPICS IN CODING FOR STORAGE AND MEMORIES

P.1: COVERT COMMUNICATIONS

P.2: CRYPTOGRAPHY

P.3: INFORMATION PRIVACY I

P.4: INFORMATION PRIVACY II

P.5: INFORMATION THEORETIC SECURITY I

P.6: INFORMATION THEORETIC SECURITY II

P.7: INFORMATION THEORETIC SECURITY III

P.8: PRIVATE INFORMATION RETRIEVAL I

P.9: PRIVATE INFORMATION RETRIEVAL II

P.10: PRIVATE INFORMATION RETRIEVAL III

P.11: TOPICS IN PRIVACY AND CRYPTOGRAPHY

E.1: DETECTION THEORY

E.2: DETECTION AND APPLICATIONS

E.3: ESTIMATION THEORY

E.4: ESTIMATION AND APPLICATIONS

E.5: HYPOTHESIS TESTING I

E.6: HYPOTHESIS TESTING II

G.1: GRAPH ANALYTICS

G.2: GAME THEORY

G.3: COMPRESSED SENSING

G.4: GROUP TESTING AND SPARSE CODES

G.5: SIGNAL PROCESSING

I.1: BROADCAST CHANNEL I

I.2: BROADCAST CHANNEL II

I.3: INTERFERENCE CHANNEL I

I.4: INTERFERENCE CHANNEL II

I.5: NETWORK INFORMATION THEORY

I.6: RELAY CHANNEL

N.1: NETWORK CODING I

N.2: NETWORK CODING II

N.3: CODED CACHING I

N.4: CODED CACHING II

N.5: INDEX CODING

N.6: AGE OF INFORMATION I

N.7: AGE OF INFORMATION II

N.8: TIMELY UPDATES

Q.1: QUANTUM COMMUNICATION

Q.2: QUANTUM COMPRESSION

Q.3: QUANTUM ERROR CORRECTING CODES AND DECODING

Q.4: QUANTUM INFORMATION THEORY

Q.5: QUANTUM KEY DISTRIBUTION

Q.6: QUANTUM NETWORKS

Q.7: QUANTUM SECURITY

S.1: CAPACITY COMPUTATION

S.2: CHANNEL CAPACITY

S.3: CHANNELS WITH FEEDBACK

S.4: CHANNELS WITH STATE

S.5: ERROR EXPONENTS

S.6: FINITE-BLOCKLENGTH ANALYSIS

S.7: GUESSING

S.8: INFORMATION INEQUALITIES

S.9: INFORMATION MEASURES I

S.10: INFORMATION MEASURES II

S.11: RENYI ENTROPY

S.12: SECOND-ORDER ANALYSIS

S.13: TOPICS IN SHANNON THEORY

O.1: DATA COMPRESSION

O.2: LOSSY SOURCE CODING

O.3: MULTI-TERMINAL SOURCE CODING I

O.4: MULTI-TERMINAL SOURCE CODING II

O.5: TOPICS IN SOURCE CODING

L.1: APPLICATION-SPECIFIC LEARNING

L.2: CLASSIFICATION

L.3: DISTRIBUTED LEARNING PERFORMANCE ANALYSIS

L.4: DISTRIBUTION LEARNING

L.5: FEDERATED LEARNING

L.6: GRADIENT-BASED DISTRIBUTED LEARNING

L.7: HIGH-DIMENSIONAL STATISTICS

L.8: LEARNING AND MESSAGE-PASSING

L.9: LEARNING METHODS AND NETWORKS

L.10: LEARNING THEORY I

L.11: LEARNING THEORY II

L.12: MULTI-ARM BANDITS

L.13: ONLINE, ACTIVE, AND TRANSFER LEARNING

T.1: COMPLEXITY AND COMPUTATION THEORY

T.2: INFORMATION AND CONTROL

T.3: INFORMATION THEORY AND BIOLOGY

T.4: SEQUENCES

W.1: CELLULAR NETWORKS

W.2: INTELLIGENT SURFACE

W.3: RANDOM ACCESS I

W.4: RANDOM ACCESS II

W.5: WIRELESS COMMUNICATIONS.

Notes:

Description based on publisher supplied metadata and other sources.

ISBN:

1-7281-6432-X