Kernel-Level, User-Level, and Hybrid Threads
Comparing the utility of user-level and kernel-level data for dynamic malware analysis
246
Getting to the root of the problem: A detailed comparison of kernel and user level data for dynamic malware analysis
18
An Attack-Defense Model for the Binder on the Android Kernel Level
8
Kernel level distributed inter-process communication system (KDIPC)
69
A Two-Level Multithreaded Delaunay Kernel
12
Combining Thread Level Speculation, Helper Threads, and Runahead Execution
11
Experiences in Implementing a Kernel-Level DRM Controller
18
Mobile Devices Control System at Kernel Level
6
Kernel-Level Interception and Applications on Mobile Devices
16
Detecting Kernel-Level Rootkits Through Binary Analysis
13
Kernel Based Process Level Authentication Framework for Secure Computing and High Level System Assurance
5
Perceiving Kernel-Level Rootkits Using Data Structure Invariants
6
User-level processes (clients) request services from the kernel (server) via special protected procedure calls
39
Daytona : A User-Level TCP Stack
8
Co-evolutionary Hybrid Bi-level Optimization
214
Predicting system-level power for a hybrid supercomputer
8
threads threads threads
7
Identification of Malicious Android Applications using Kernel Level System Calls
82
Contributions for improving debugging of kernel-level services in a monolithic operating system
137
Threshold Based Kernel Level HTTP Filter (TBHF) for DDoS Mitigation
9