Kourai, Kenichi - Department of Mathematical and Computing Sciences, Tokyo Institute of Technology

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Kourai, Kenichi - Department of Mathematical and Computing Sciences, Tokyo Institute of Technology

Vol. 42 No. 6 >pJs=hM}3X2qO@J8;o June 2001 %5!<%P$N%"%/%;%9@)8B$r0BA4$KJQ99$9$k$?$a$N5!9=
High-Performance Communication with Automatic Distribution of Network Modules
TECHNICAL REPORT 9801 Operating System Support for Easy Development
OPERATING SYSTEM SUPPORT FOR EASY DEVELOPMENT OF DISTRIBUTED FILE SYSTEMS
OS fail-safe fail-safe OS fail-safe
Vol. 1 No. 2 110 (Aug. 2008) SAccessor PC
Vol. 0 No. 0 1959 getcgid getcgroups
APNOMS 2003 1 A Flexible Policy Control
Preventing Performance Degradation on Operating System Reboots Kenichi Kourai
A FRAMEWORK FOR EASILY AND EFFICIENTLY EXTENDING OPERATING SYSTEMS
A Source-level Kernel Profiler based on Dynamic Aspect-Orientation
KLAS FreeBSD GNU C A Kernel Profiler based on Aspect-orientation
Session-level Queue Session-level Queue Scheduling
VPN VPN VPN Virtual Private Network VPN
(Unix ID ID) IP A mechanism to change authority of a server process
Necessity of multi-level protection for developing new le systems
A FRAMEWORK FOR EASILY AND EFFICIENTLY EXTENDING OPERATING SYSTEMS
A DESIGN OF OPERATING SYSTEM FOR EASILY IMPLEMENTING EFFICIENT FILE SYSTEMS
A DESIGN OF OPERATING SYSTEM FOR EASILY IMPLEMENTING EFFICIENT FILE SYSTEMS
An Aspect-oriented Kernel-level Logger for Finding Communication Bottlenecks
Perl ASP Servlet JSP ID cookie encodeURL
A Secure Access Control Mechanism against Internet Crackers
StackGuard [2] (OTP) [6, 7]
1.2 1.7 16% 40% A Safe Mechanism for Dynamically Removing
A Secure Access Control Mechanism against Internet Crackers
A Study of a Dynamic Safety Net for Server Software
A Secure Access Control Mechanism against Internet
Dept. of Mathematical and Computer Sciences, Tokyo Institute of Technology NTT Network Innovation Laboratories