Keyphrases
Graphics Processing Unit
100%
Power Performance
100%
Low Power
100%
High Performance
100%
Embedded Vision
100%
Programmable Logic
66%
Hardware Design
66%
Embedded Computing Platforms
33%
Deep Learning Algorithm
33%
Portable System
33%
Parallelization
33%
Resource Performance
33%
Performance Requirements
33%
Real-time Performance
33%
Vision Processing
33%
Reconfiguration
33%
Object Detector
33%
Robust Performance
33%
Xilinx
33%
Detection Accuracy
33%
Joint Deep Learning
33%
Computer Vision Algorithms
33%
Computer Vision
33%
Multicore Processors
33%
Appearance-based Methods
33%
FPGA Architecture
33%
Energy Efficient
33%
Method Performance
33%
Fast Execution
33%
Algorithm Design
33%
Performance Estimation
33%
Specialized Hardware
33%
Deep Learning Hardware
33%
Embedded Vision Systems
33%
Fixed Function
33%
Synthesis Design
33%
Design Methodology
33%
Computational Power
33%
Jetson TX2
33%
NVIDIA Jetson
33%
Unit-based
33%
Optimal Resource Allocation
33%
Object Descriptor
33%
Hardware Acceleration
33%
Object Detection
33%
Consumption Estimation
33%
High-level Synthesis
33%
High Parallelism
33%
Deep Learning Methods
33%
Hardware Efficiency
33%
Programmability
33%
Deep Learning
33%
Power Consumption
33%
Low Power Consumption
33%
Energy Consumption
33%
Computer Science
Graphics Processing Unit
100%
Programmable Logic
66%
Hardware Design
66%
Deep Learning
66%
Resource Utilisation
33%
Conventional Method
33%
Low Power Consumption
33%
Resource Consumption
33%
Performance Requirement
33%
Paramount Importance
33%
Computational Power
33%
Application Specific Integrated Circuit
33%
High Level Synthesis
33%
Computer Vision
33%
Detection Accuracy
33%
Object Detector
33%
Estimation Performance
33%
Deep Learning Technique
33%
Object Detection
33%
Computing Platform
33%
Hardware Resource
33%
Embedded Computing
33%
Energy Efficient
33%
Computer Vision Algorithms
33%
Vision Systems
33%
hardware acceleration
33%
Building-Blocks
33%
Data Type
33%
Energy Consumption
33%
Parallelization
33%
Programmability
33%
Parallelism
33%
Power Consumption
33%
Multicore Processor
33%
INIS
power
100%
vision
100%
design
100%
performance
100%
processing
88%
units
66%
algorithms
66%
learning
66%
accuracy
44%
detection
44%
architecture
44%
proposals
44%
resources
44%
computers
44%
acceleration
44%
calculation methods
22%
accelerators
22%
flexibility
22%
levels
22%
devices
22%
implementation
22%
comparative evaluations
22%
data
22%
applications
22%
energy consumption
22%
synthesis
22%
energy
22%
gain
22%