Computer Science
Real Time Systems
100%
Networks on Chips
66%
Reconfiguration
66%
Open Source
59%
Worst-Case Execution Time
48%
Hardware Accelerator
38%
Time-Division Multiplexing
36%
Network Interface
33%
Open Source Tool
33%
Multicore Platform
28%
Multicore Processor
27%
Multicore
27%
Ethernet Controller
24%
Hardware Design
22%
Worst-Case Execution Time Analysis
19%
Constrained Device
19%
Router Interface
17%
High Level Synthesis
16%
Deterministic Network
16%
Core Architecture
16%
Many-Core
16%
Audio Signal Processing
16%
Can Controller
16%
Timing Requirement
16%
Network Protocols
16%
Static Program Analysis
16%
Academic Education
16%
Minimal Network
16%
Computer Vision Algorithms
16%
Artificial Intelligence
16%
Critical Application
16%
Lingua Franca
16%
Hardware Description Languages
16%
Critical System
16%
Verilog
16%
Noise Suppression
16%
Digitalization
16%
YOLOv5
16%
Hardware Architecture
16%
Speech Enhancement
16%
Execution Engine
16%
Optimal Configuration
16%
Artificial Intelligence
16%
Gated Recurrent Unit
16%
Energy Consumption
16%
Multilayer Perceptron
16%
Memory Latency
16%
Neural Architecture Search
16%
Inference Engines
16%
Searching Algorithm
16%
Keyphrases
Real-time Systems
38%
Worst-case Execution Time
37%
Multiplex Networks
33%
Time Division multiplexing
33%
Partial Reconfiguration
33%
Network on chip
33%
Lingua Franca
33%
Hardware Accelerator
31%
Time-predictable
27%
Patmos
22%
Compiler
22%
Reconfiguration
16%
Area-efficient
16%
Mode Change
16%
Real-time Audio Processing
16%
System Benefit
16%
Mitra
16%
Minimal Networks
16%
Early Exit
16%
Deep Noise Suppression
16%
Chip Verification
16%
Lateral Flow Assay
16%
Computer Engineering Education
16%
TTEthernet
16%
INT8 Quantization
16%
Quantization Scheme
16%
WCET Analysis
16%
Channel Pruning
16%
TinyML
16%
Edge Devices
16%
Microplastics
16%
Efficient Detection
16%
Intermittent Computing
11%
C Library
11%
Reconfigurable Controller
9%
Communication Resources
9%
Potential Gains
9%
Multicore Platforms
8%
Computationally Intensive
8%
Ethernet Controller
8%
Virtual Circuit
8%
NoCs
8%
Hardware Cost
8%
Hardware Description
8%
Student Productivity
8%
Real-time Speed
8%
Reconfiguration Time
6%
Serial Port
6%
FPGA Implementation
6%
Specialized Accelerators
6%
