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Kai Li
Computer Science
Electrical and Computer Engineering
Princeton Language and Intelligence (PLI)
Princeton Institute for Computational Science and Engineering
Princeton Materials Institute
h-index
60746
Citations
52
h-index
Calculated based on number of publications stored in Pure and citations from Scopus
1986 …
2024
Research activity per year
Overview
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Network
Research output
(190)
Similar Profiles
(6)
Fingerprint
Dive into the research topics where Kai 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
Virtual Memory
63%
Multicomputer
61%
Shared Virtual Memory
57%
Network Interface
47%
Caching
41%
Shared-memory multiprocessors
41%
Lazy Release Consistency
39%
Checkpointing
39%
Automatic Update
38%
Virtual Memory System
38%
Compiler
37%
Prefetching
31%
Multiprocessor
30%
Home-based
30%
Release Consistency
29%
Unix
29%
Shrimp
28%
Coherence Protocol
27%
Uniprocessor
27%
Programmable Devices
27%
Address Translation
27%
Cache Locality
27%
Thread Scheduling
27%
Flash Storage
27%
Disk Array
27%
Performance Evaluation
27%
Mutator
27%
Firefly
27%
Space Object
27%
Nonconcurrent
27%
Concurrent Collections
27%
Garbage Collection Algorithm
27%
Target Programs
24%
PARSEC Benchmarks
24%
Benchmark Suite
22%
Relaxed Consistency
22%
Frame Buffer
22%
Parallel Programming
22%
Firmware
21%
File System
21%
Software Support
18%
Memory Support
18%
Gnutella
18%
Unstructured Peer-to-peer Network
18%
Dynamic Memory Management
18%
DSM System
18%
Virtualized
18%
Memory Coherence
18%
Similarity Search
18%
Cache Miss
18%
Multiport
18%
Buffer Design
18%
Transparent Checkpointing
18%
Gradient Inversion Attack
18%
Machine Programming
18%
Content Similarity
18%
Trace-driven
18%
User Process
17%
Myrinet
16%
Cache Coherence
15%
Splashing
14%
Search System
14%
Cache Size
14%
Low Latency
13%
Macroblock Level
13%
Query Algorithm
13%
Cache Structure
13%
Display Wall
13%
Wall System
13%
Configuration Model
13%
Program Performance
13%
Shared Memory
12%
Memory Safety
12%
Management Scheme
12%
Princeton
12%
Intel Xeon Phi
12%
Consistency Models
11%
Hardware Support
11%
Prefetching Strategy
10%
Granularity
10%
Feature-rich
10%
System Call
10%
Paragon
10%
Message Passing
9%
Application Program
9%
Matching Set
9%
Dataset Generation
9%
Chip multiprocessor
9%
Decoder
9%
Search Context
9%
Search Paradigms
9%
Functional Landscape
9%
Functional Coverage
9%
Microarray Gene Expression
9%
Postal Network
9%
State Machine
9%
Image Similarity Search
9%
On chip
9%
Latent Force Models
9%
Reliable Connection
9%
Computer Science
Multicomputers
100%
Virtual Memory
80%
Shared Virtual Memory
79%
Virtual Memory Systems
70%
Network Interface
52%
Automatic Update
48%
Performance Evaluation
45%
prefetching
42%
Shared Memory Multiprocessor
41%
Similarity Search
38%
Checkpointing
36%
Thread Scheduling
36%
multi-processor
35%
Message Passing
32%
unstructured peer-to-peer
27%
Flash Storage
27%
disk array
27%
Garbage Collection
27%
High Throughput
23%
Operating Systems
23%
Address Translation
22%
Data Visualization
22%
Input/Output
22%
Federated Learning
21%
Filesystems
21%
Memory Management
20%
Shared Memories
18%
Software Support
18%
Intel Xeon Phi
18%
Dynamic Memory
18%
Peer to Peer Networks
18%
Commodity Component
18%
Machine Learning
18%
Hardware Support
17%
Network Routing
17%
Buffer Management
16%
Search Engine
16%
Target Program
15%
Macroblock Level
15%
Parallel Program
15%
Network Application
15%
Checkpointing Algorithm
14%
Interface Design
14%
Granularity
14%
Traditional Method
13%
Experimental Result
13%
model checker
13%
Performance Bottleneck
13%
Second-Level Cache
13%
Thread Creation
13%
Cache Structure
13%
collaborative design
13%
Network Topology
13%
Program Performance
13%
Software Development Tool
12%
System Calls
12%
Data Replication
12%
Privacy Preserving
12%
Pixel Accuracy
12%
Language Modeling
12%
Graphics Accelerator
11%
Sequential Program
11%
Pre-Trained Language Models
11%
Performance Optimization
10%
Feature Vector
10%
Approximation (Algorithm)
10%
Physical Memory
10%
Benchmark Program
9%
Concurrent Program
9%
Application Program
9%
Storage Medium
9%
Digital Storage Medium
9%
Convolutional Neural Network
9%
Research Environment
9%
Facebook
9%
Therapeutic Intervention
9%
Reliable Connection
9%
Memory Latency
9%
Analytical Model
9%
Wireless Sensor
9%
Communication Cost
9%
State Machine
9%
Architectural Implication
9%
Multilayer Perceptron
9%
Communication Requirement
9%
Communication Protocol
9%
Scheduling Method
9%
Multiple Client
9%
Positive Effect
9%
Level Simulation
9%
Desktop Environment
9%
Relative Performance
9%
Correlation Matrix
9%
Conventional Wisdom
9%
Training Image
9%
Horizontal Integration
9%
Screen Resolution
9%
Side Processing
9%
Memory Capacity
9%
Indexing Data Structure
9%
