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Programming Languages

Programming Languages

76 faculty research Programming Languages on GradNova.

C
Programming Languages
Software Engineering With a Focus on Software Reliability, Software Security, and Developers’ Productivity
J
Computing Education
Operating & Distributed Systems
Programming Languages
Distributed Systems and Fault Tolerance
+4
S
Operating & Distributed Systems
Programming Languages
Parallel Computing and Optimization Techniques
Cloud Computing and Resource Management
+3
N
Compilers
Functional Programming
Language Design
Logics
+9
M
Cloud Computing
Compilers
Computer Architecture
Graph Theory
+13
F
Blockchain
Programming Languages
Software Engineering
Software Reliability
+7
A
Concurrency
Distributed Systems
Formal Methods
Parallel Computing
+9
H
Embedded Systems Design
Operating Systems
Programming Languages
Parallel Computing and Optimization Techniques
+4
S
Schinnel Small

Assistant Dean for Academic Planning, Assoc Professor of Instruction

Computer Science

University of South Florida

Computer Architecture
Programming Languages
Visual Analytics
Innovative Teaching and Learning Methods
+4
X
Cloud Computing
Computer Security
Cyber Physical Systems
Human Aspects of Computing
+6
P
Peter Bui

Teaching Professor, Computer Science and Engineering

Computer Science

University of Notre Dame

Cloud Computing
Compilers
Distributed Systems
Operating Systems
+4
J
Cloud Computing
Computing
Data Structures
Industry Experience With Large Scale Systems
+1
P
Compilation
Formal Methods
Logic
Programming Languages
+5
S
Language-Based Security
Parallel Computing
Program Analysis
Programming Languages
+6
L
& Privacy
Computer Security
Cryptography
Optimization
+6
R
Communications Systems
Compilers
Programming Languages
Software Technologies
+6
C
Formal Methods
Logic Programming
Programming Languages
Quantum Computing
C
Computer Security
Distributed Algorithms
Programming Languages
J
Joseph Tassarotti

Associate Professor of Computer Science

Computer Science

New York University

Formal Methods
Programming Languages
Systems
Logic, Programming, and Type Systems
+4
F
Dependable Software Systems
Principles of Software Design and Construction
Programming Languages
Software Engineering
+7
M
Formal Methods
Programming Languages
Security and Privacy
Usable Security
+5
Y
<p>computer Science Education
Dependable Computing
Programming Languages
Robotics and Embedded Systems</p>
+1
M
Algebraic Geometry
Computer Algebra
High Performance Computing
Non-Linear System Solving
+8
Z
Fabrication
Formal Methods
Programming Languages
Parallel Computing and Optimization Techniques
+4
2

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