Free metro pcs software for linux

Improv is a tool for basic real time image processing at low resolution, e.g. suitable for mobile robots.
Improv program has been developed for PCs with the Linux operating system and runs under X Windows.
Improv works with a number of inexpensive low-resolution digital cameras (no framegrabber required).
Main features:
- Modular design, allowing for easy integration of new functionality.
- Image processing operations are contained within plugins, compiled as statically
- linked files (.so), which can be loaded and unloaded at run time.
- Improved support for still image sequences.
- An abstract Camera class, simplifying the creation of new camera drivers.
- A completely customisable interface, allowing for complex image processing sequences.
- Written using the QT Windowing library.
- Portable autoconf/automake build scripts.
Improv also includes support for the following cameras:
- Quickcam grayscale camera (parallel port) [no longer sold]
- Make sure to set the protocol of your parallel port correctly (boot-up setting to either ECP or EPP should work).
- Quickcam Color V2 camera (parallel port) [no longer sold]
- Sorry, none of the newer QuickCams work - Connectix/Logitech refuses to disclose the low-level interface.
- Various web cameras with cpia driver, e.g. ZoomCam
- Video 4 Linux cameras
- and preliminary support for Video 4 Linux 2 cameras.
Improv displays the source image (from either a still image or a live camera) in the first window, while subsequent image operations can be applied to this image in five more windows. For each sub-window, a sequence of image processing routines may be specified.

MikeOS is an operating system for x86 PCs, written entirely in assembler. Its not intended to to become a fully-fledged general purpose OS -- instead, its designed for learning basic OS design and x86 assembly language. Consequently, it runs in 16-bit mode (for BIOS access) and has very low system requirements.
Current features include: FAT12 floppy disk reading; menu-based program selector; command-line interface; 26 system calls (eg screen and string handling); rudimentary DOS compatibility; an API for developers; example programs and more. To run MikeOS, download the compressed archive from the links below -- this includes the full source code and disk images.
Enhancements:
- Many new DOS compatibility functions from Peter Nemeth.
- Initial printer and serial modem support.
- Store and reload registers when launching DOS programs.
- VisiCalc now loads.

Network Tracker application is a user (MAC) tracker daemon, for big LANs (campus).
The Network Trackerd builds a table which records which user is connected on which port of a switch by scanning the devices with SNMP in your inventory which is in a MySQL database. Trackerd keeps that table up-to-date by scanning the network regularly.
Thus, you will have the opportunity to know exactly where a user (MAC, IP, UID) is connected on your network !
Your devices are also checked with ping and SNMP, and you are informed with e-mail when any of the devices is not alive.
More over, you may produce various reports about your network infrastructure on the web (cgi) or by using other tools.
Network tracker eases especially to find and shutdown the switch port of the users, when their PCs on the network start to spread viruses or warms using lots of bandwith; so you are able to stop that kind harmfull traffic on the network.
Main features:
- Collects all the MAC addresses and port numbers from CAM tables of the switches.
- Finds IP addresses of the MACs from ARP tables of the routers.
- Finds LDAP uid of the user.
- Check devices on the network with both ping and SNMP for better reliability.
- The daemon sends 2 self check e-mail per day.
- Developped with C.
Enhancements:
- trackerd is now multi-threaded and works very quickly because a new thread is created for each network device.
- MAC tracking code has been reimplemented for multi-threaded use.
- Wireless access point support has been added.
- gnuplot graphics are prepared, showing the active number of users like MRTG graphs.
- tracker now accepts MAC addresses in free format.

XMMS-Control provides a Web-based control for XMMS.
XMMS-Control is a web-based interface for the XMMS (X MultiMedia System). XMMS is an MP3 player for Linux based systems (it also plays other media formats).
XMMS-Control is a graphical interface for the command-line utility XMMS-Shell.
Using XMMS-Control, you can control the music playng from an XMMS equipped machine from any PC on the network, including wireless laptops/PDAs!!!
Imagine being out in the pool and being able to control the music with an 802.11b based PocketPC using a browser! You can do it with XMMS-Control!
XMMS-Control has an interface for standard PCs (desktops/laptops), as well as a mobile/PDA formatted interface, for smaller screens!!!
In addition, XMMS-Control can itself be controlled via other programs (i.e., custom interfaces) using the XMMS-Control API/Hooks program! You can tie XMMS-Control into a larger system via this method.
Lets say youre creating a system for whole-house automation, and you wish to use ONE consistent interface. Well, with the XMMS-Control API/Hooks, you can!!!
Enhancements:
- Some major bugfixes... should work MUCH BETTER on most platforms that had problems before. If you had problems getting XMMS-Control installed and running, please try this new version! Please read the new installation entries in the manual!!!
- More detailed installation instructions for getting XMMS-Shell up and running (including V0.99) in the README & manual.
- Directories are now SORTED alphabetically on the file chooser screen (previously was unsorted).
- Should handle MP3 lists with file names and ID3 tags containing commas much better now (previously when a comma was encountered, the list was off by one, the name would get split, and the second half would go to the next line).

RMoX is an experimental/research occam-pi/CSP based operating-system for (currently) Pentium based PCs.

CSP provides a solid foundation for describing and reasoning about parallel systems and their interactions.

The occam-pi language is an enhanced version of occam (based on CSP), that adds ideas from the pi-calculus to provide a dynamic and flexible environment for building such concurrent systems.

Traditional occam was designed for Transputers (as developed by Inmos Ltd. and later SGS Thompson, now ST Microelectronics), which had a very finite memory, and no provision for features such as virtual memory (although the T9000 did provide a limited form of fault/memory protection). Transputers were primarily targetted at embedded-systems and therefore the use of such features would have been limited (especially considering the silicon cost).

The use of occam on modern computing systems has motivated substantial language development -- both at the language level and in the capabilities of the run-time system. As a result, occam-pi now provides support for facilities such as: data, channel and process mobility; multi-level process priority; extended synchronisation; and numerous others.

Whilst occam-pi is sufficient to develop many components of an operating-system, some of the more architecture-specific low-level operations remain tricky (and perhaps not best done in occam-pi). RMoX contains various "base-layers", one is selected depending on how you wish to use RMoX (e.g. user-mode in the host OS, or standalone).

Any hardware interaction is performed either by RMoXs device-drivers or the "base-layer". The base-layer provides an abstract interface to the hardware and can be changed depending on the desired use of RMoX.

The main functions of the base-layer are to provide the bootstrap, discovery and initialisation of certain hardware (e.g. the MMU), access to physical memory, interrupts and IO/memory-mapped devices. The various base-layers are:
Minlinux base-layer: this is a stripped-down version of the Linux kernel (2.4 series) that essentially replaces the traditional "init" task with the RMoX system. This replaces the Flux OSKit used previously.

Linux26 base-layer: this is a minimal configuration and wrappers for Linux 2.6, that loads the RMoX system as a module when booted (unconditionally transferring control to it). This approach is slightly cleaner than the minlinux base-layer as it does not require any modifications to the Linux 2.6 kernel tree.

Raw base-layer: this is an experimental base-layer written in assembler that performs basic initialisation before transferring control to RMoX.

User-mode base-layer: this provides a hardware abstraction for running RMoX in an existing Linux system as a normal user-mode application. This approach is particularly useful for debugging.

The run-time KRoC/CCSP kernel provides the scheduling and communication routines for occam-pi processes. This is essentially the same run-time kernel as used in KRoC/Linux, called CCSP. The version of CCSP currently in use is from pre-releases of the next KRoC/Linux version (1.4.0). Although the RMoX and "normal" versions of CCSP are built from the same source tree, what actually gets compiled is quite different (if RMoX is being built for non-user-mode; user-mode RMoX will get the standard KRoC run-time system).

Eventually we may do away with the Linux flavoured base-layers entirely, using the more specialised "raw" base-layer instead (largely in the interests of keeping the resulting system small). However, using a Linux base-layer makes much easier the task of machine startup -- in particular dealing with any hardware anomalies that the Linux community has already catered for (typically laptop computers). Another future possibility is a low-level infrastructure that sits on top of Xen, allowing RMoX to be run alongside other Xen-ported systems (primarily Linux, Windows-XP and Plan9).

Ximba Radio project is a GTK+ based user interface to the OpenXM daemon for controlling an XMPCR (a USB-connected XM Radio for PCs). The daemon manages a USB connected XMPCR receiver, which in turn pumps the audio signal into your audio cards input port. The daemon runs in the background and the UI connects to it to manage stations, favorites, and audio
Main features:
- Connecting to and starting up the radio.
- Disconnecting from and shutting down the radio.
- Channel up, Channel down
- Jump to channel
- Back to previous channel
- Mute on / off
- Preferences
- Channel listing window that can be hidden from view.
- Artist and Channel Favorites
- Notify when a favorite artist is playing on some station other than the current one, allow quick jump to that station.
- Category Tabs
- Session History