and experienced scientists. This version of MEGA is intended for the Windows platform, and it has been configured for effective use on Mac OS X and Linux desktops. It is available free of charge from

of the VM subsystem between version 2.4 and 2.6 of the Linux kernel. © 2004 FSU 1.

List of contents 1. INTRODUCTION............................................................................................ 1 1.1 Latest Changes.......................................................................................................................... 1 1.2 Information about SEISAN online............................................................................................ 4 2. STRUCTURE OF SEISAN............................................................................. 5

The X Window System, Version 11, is the standard window system on Linux and UNIX systems. X11, designed in 1987, was “state of the art ” at that time. From its inception, X has been a network transparent window system in which X client applications can run on any machine in a network using an X

We present a study of operating system errors found by automatic, static, compiler analysis applied to the Linux and OpenBSD kernels. Our approach differs from previ-ous studies that consider errors found by manual inspec-tion of logs, testing, and surveys because static analysis is applied

to normal exams, both exam keys and "annotated " exams can be created from the test file. Multiple versions of a test may also be generated, with the questions and answers appearing in a different order in each version. The primary jMKT user interface is a window-based application. The program

Laboratory (LBL), that tries to infer the characteristics of individual links along an Internet path by measuring the round trip time of packets sent from a single host. An alpha version of pathchar is available for FreeBSD, Linux, OSF and Solaris from ftp://ftp.ee.lbl.gov/pathchar/. We explain the basic

The paper describes the design, implementation, experimental results, and possible applications of a real-time version of the Linux operating system. We have used the idea of virtual machines for running a standard time-sharing OS and a real-time executive on the same computer. Services provided

We describe the implementation of a dynamically loadable kernel module that adds versioning capabilities to the Linux operating system. The versioning system provides per-directory policies to control the creation of versions, the maximum number of versions per file, and the access permissions

(over two million lines of code in the most recent version) and because its development model is not as tightly planned and managed as most industrial software processes, we had expected to find that Linux was growing more slowly as it got bigger and more complex. Instead, we have found that Linux has