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Jing Li
Associate Professor
,
Computer Science
Email
JINGLI
njit
edu
h-index
1059
Citations
16
h-index
Calculated based on number of publications stored in Pure and citations from Scopus
2013
2024
Research activity per year
Overview
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Network
Federal Grants
(3)
Research output
(45)
Press/Media
(77)
Similar Profiles
(6)
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Dive into the research topics where Jing Li is active. These topic labels come from the works of this person. Together they form a unique fingerprint.
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Weight
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Keyphrases
Parallel Tasks
99%
Parallel Real-time Tasks
97%
Federated Scheduling
79%
Real-time Scheduling
69%
Parallel Jobs
69%
Directed Acyclic Graph
61%
Resource Augmentation Bound
53%
Work Stealing
39%
Resource Allocation
36%
Task Set
34%
Global EDF
33%
Cilk
32%
Scheduler
32%
Reinforcement Learning
27%
Scheduling Algorithm
25%
Earliest Deadline First
24%
Fictional Characters
24%
Mixed-criticality
24%
Power Converter
24%
Average Flow Time
24%
Stream Processing
24%
Real-time Systems
22%
Scheduling Problem
22%
Hard Deadline
20%
Task Parallelism
19%
Process Graph
19%
Schedulability
18%
Multicore Processors
18%
Safety-critical Systems
18%
Latency
17%
Upper Confidence Bound
16%
Topology Space
16%
Design Specification
16%
Space Exploration
16%
Training Process
15%
Learning-based
15%
OpenMP
15%
Sequential Task
15%
Runtime Systems
15%
Non-preemptive Scheduling
15%
EDF Scheduling
15%
Edge Computing
15%
Synthetic Workload
14%
Task Model
14%
Arbitrary Deadline
14%
New Task
13%
Graph Tasks
13%
Tight
13%
Schedulability Analysis
13%
Uniprocessor
13%
Computer Science
Real Time Scheduling
100%
Directed Acyclic Graph
85%
Scheduling Algorithm
50%
runtime system
43%
Task Parallelism
42%
Scheduling Policy
42%
Schedulability Analysis
41%
Critical Path
39%
Scheduling Strategy
37%
Multicore
36%
Multicore Processor
36%
Resource Allocation
36%
Reinforcement Learning
36%
Real Time Systems
28%
Scheduling Problem
27%
Generated Task
27%
Stream Processing
24%
Fictional Character
24%
Hard Deadline
24%
Approximation Ratio
24%
Criticality
24%
Speed-up
22%
Energy Efficient
19%
Real Time Performance
19%
Parallel Program
19%
Parallelism
19%
Safety Critical Systems
19%
Response Time
19%
Scheduling Theory
18%
multi-processor
18%
Intensive Application
18%
Concurrency
18%
Confidence Bound
16%
Design Specification
16%
Parallel Workload
15%
Machine Learning
15%
Edge Computing
15%
Memory Bandwidth
15%
Heterogeneous Platform
15%
Real-Time Application
15%
Preemptive Scheduling
15%
Shared Resource
14%
Parallel Programming
13%
Execution Time
13%
Cyber Physical Systems
12%
Energy Consumption
12%
Soft Real-Time System
12%
Real-Time Computing
12%
Data Access
12%
Internet of Things
12%
