Nomadic Threads: Compiler controlled locality exploitation using thread migration for distributed memory parallel computers 

Division of labor in a computational model of visual word recognition 

Computational foundations for mixed-motive human-machine dialogue 

Algorithms for compression of three-dimensional surfaces 

Resiliency-aware scheduling 

Self-assembly for discreet, fault-tolerant, and scalable computation on internet-sized distributed networks 

High-performance distributed computing techniques for wireless IoT and connected vehicle systems 

The anacom: An electrical analogue computer. 

The relationship between students’ computer self-efficacy, self-regulation, and engagement in distance learning 

Stateful computations in functional languages 

On the computation of Lyapunov characteristic exponents 

Modeling and mapping for dynamically reconfigurable hybrid architectures 

Software interface, hardware architecture, and test methodology for the NVIDIA nv34 graphics processor 

Generative foundation model assisted privacy-enhancing computing in human-centered machine intelligence 

RW-30 digital airborne computer, completely transistorized, showing subminiaturized packaging techniques and silicon circuitry, ca.1955 

An efficient design space exploration for balance between computation and memory 

Numbers, symbols, and induction: the genetic and finite concepts of number 

Energy efficient hardware-software co-synthesis using reconfigurable hardware 

Towards efficient edge intelligence with in-sensor and neuromorphic computing: algorithm-hardware co-design 

Application-specific external memory interfacing for FPGA-based reconfigurable architecture 

Representing complex temporal phenomena for the semantic web and natural language 

Compiler directed data management for configurable architectures with heterogeneous memory structures 

A framework for runtime energy efficient mobile execution 

Scaling up deep graph learning: efficient algorithms, expressive models and fast acceleration 

Simulation and machine learning at exascale