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This archive contains Perl 5 modules SNMP_Session.pm and BER.pm, which, when used together, provide rudimentary access to remote SNMP (v1 and v2) agents. This module differs from existing SNMP packages in that it is completely stand-alone, i.e. you don't need to have another SNMP package such as CMU SNMP. It is also written entirely in Perl, so you don't have to compile any C modules. It uses the Perl 5 Socket.pm module and should therefore be very portable, even to non-Unix systems. The SNMP operations currently supported are "get", "get-next", "get-bulk" and "set", as well as trap generation and reception.

GUPnP is an elegant, object-oriented open source framework for creating UPnP devices and control points, written in C using GObject and libsoup. The GUPnP API is intended to be easy to use, efficient and flexible. It provides the same set of features as libupnp, but shields the developer from most of UPnP's internals. GUPnP implements the UPnP specification: resource announcement and discovery, description, control, event notification, and presentation (GUPnP includes basic web server functionality through libsoup). GUPnP does not include helpers for construction or control of specific standardized resources (e.g. MediaServer); this is left for higher level libraries utilizing the GUPnP framework.

Bro is an open-source, Unix-based Network Intrusion Detection System (NIDS) that passively monitors network traffic and looks for suspicious activity. Bro detects intrusions by first parsing network traffic to extract its application-level semantics and then executing event-oriented analyzers that compare the activity with patterns deemed troublesome. Its analysis includes detection of specific attacks (including those defined by signatures, but also those defined in terms of events) and unusual activities (e.g., certain hosts connecting to certain services, or patterns of failed connection attempts). Bro is documented in the USENIX 1998 Security Conference proceedings.

FreeDV is a Digital Voice mode for HF radio. FreeDV allows any SSB radio to be used for low bit rate digital voice. Speech is compressed down to 700-1600 bit/s then modulated onto a 1.25 kHz wide signal comprised of 16 QPSK carriers which is sent to the Mic input of a SSB radio. The signal is received by an SSB radio, then demodulated and decoded by FreeDV. FreeDV 700(B) rivals SSB in it's low SNR performance. At high SNRs FreeDV 1600 sounds like FM, with no annoying analog HF radio noise.

Fyre provides a rendering of the Peter de Jong map, with an interactive GTK+ 2 frontend and a command line interface for easy and efficient rendering of high-resolution, high quality images. This program was previously known as 'de Jong Explorer', but has been renamed to make way for supporting other chaotic functions. All the images you can create with this program are based on the simple Peter de Jong map equations: x' = sin(a * y) - cos(b * x) y' = sin(c * x) - cos(d * y)

F# is an open-source, strongly typed, multi-paradigm programming language encompassing functional, imperative and object-oriented programming techniques. F# is most often used as a cross-platform CLI language, but can also be used to generate JavaScript and GPU code. F# is developed by The F# Software Foundation and Microsoft. An open source, cross-platform edition of F# is available from the F# Software Foundation. F# is also a fully supported language in Visual Studio. Other tools supporting F# development include Mono, MonoDevelop, SharpDevelop and the WebSharper tools for JavaScript and HTML5 web programming. F# originated as a variant of ML and has been influenced by OCaml, C#, Python, Haskell, Scala and Erlang.

LAPACK++ (Linear Algebra PACKage in C++) is a software library for numerical linear algebra that solves systems of linear equations and eigenvalue problems on high performance computer architectures. Computational support is provided for supports various matrix classes for vectors, non-symmetric matrices, SPD matrices, symmetric matrices, banded, triangular, and tridiagonal matrices; however, it does not include all of the capabilities of original f77 LAPACK. Emphasis is given to routines for solving linear systems consisting of non-symmetric matrices, symmetric positive definite systems, and solving linear least-square systems.

The wavelet denoise plugin is a tool to reduce noise in each channel of an image separately. The default colour space to do denoising is YCbCr which has the advantage that chroma noise can be reduced without affecting image details. Denoising in CIELAB (L*a*b*) or RGB is available as an option. The user interface allows colour mode and preview channel selection. The denoising threshold can be set for each colour channel independently. The plugin can be found under "Filters > Enhance > Wavelet denoise"

Japanese 12 dot font named `kanamecho'. kaname-latin1.pcf:-MNKANAME-Fixed-Medium-R-Normal--12-110-75-75-C-60-\ ISO8859-1 knmhn12x.pcf:-MNKANAME-Fixed-Medium-R-Normal--12-110-75-75-C-60-\ JISX0201.1976-0 knm12p.pcf:-MNKANAME-Fixed-Medium-R-Normal--12-110-75-75-P-120-\ JISX0208.1983-0 knm12pb.pcf:-MNKANAME-Fixed-Bold-R-Normal--12-110-75-75-P-120-\ JISX0208.1983-0 knmzn12x.pcf:-MNKANAME-Fixed-Medium-R-Normal--12-110-75-75-C-120-\ JISX0208.1983-0 knmzn12xb.pcf:-MNKANAME-Fixed-Bold-R-Normal--12-110-75-75-C-120-\ JISX0208.1983-0 You can also use 'k12' as an alias for knmzn12x.pcf, 'k12b' for knmzn12xb.pcf, 'r12' for knmhn12x.pcf, and 'a12' for kaname-latin1.pcf. Simple usage: % kterm -fn a12 -fk k12 -fl r12 % mule -fn r12

ParMETIS is an MPI-based parallel library that implements a variety of algorithms for partitioning unstructured graphs and for computing fill-reducing orderings of sparse matrices. ParMETIS extends the functionality provided by METIS and includes routines that are especially suited for parallel AMR computations and large scale numerical simulations. The algorithms implemented in ParMETIS are based on the parallel multilevel k-way graph-partitioning algorithms described in [KK95d], [KK96], [KK97], and the adaptive repartitioning algorithms described in [SKK97a], [SKK97b], [SK+98], and [SKK98].