Open (Gotthard album)

Open is the fourth studio album released by the hard rock band Gotthard.

The album peaked at #1 on the Swiss Charts and was certified as 2x Platinum for exceeding 60,000 sales.

Track listing

All songs written by Steve Lee/Leo Leoni/Chris von Rohr except where noted.

Asian version (BMG AVCB-66072) adds the following

Personnel

Guests:

88open

The 88open Consortium was an industry standards group set up by Motorola in 1988 to standardize Unix systems on their Motorola 88000 RISC processor systems. The effort was largely a failure, at least in terms of attracting attention to the 88000 platform, and the group folded as soon as Motorola turned their attention to the PowerPC.

Standards

See also

This article is based on material taken from the Free On-line Dictionary of Computing prior to 1 November 2008 and incorporated under the "relicensing" terms of the GFDL, version 1.3 or later.

3+Share

3+Share, also known simply as 3+ or 3 Plus, was a pioneering file and print sharing product from 3Com. Introduced in the early 1980s, 3+Share was competitive with Novell's NetWare in the network server business throughout the 1980s. It was replaced by the joint Microsoft-3Com LAN Manager in 1990, but 3Com exited the server market in 1991.

In 1984, Microsoft announced MS-Net, a framework for building multitasking network servers that ran on top of single-tasking MS-DOS. MS-Net implemented only the basic services for file and print sharing, and left out the actual networking protocol stack in favor of a virtual system in the form of IBM's NetBIOS. Vendors, like 3Com, licensed the MS-Net system and then added device drivers and other parts of the protocol stack to implement a complete server system.

In the case of 3+Share, 3Com based their networking solution on the seminal Xerox Network Systems (XNS), which 3Com's CEO Robert Metcalf had helped design. XNS provided the networking protocol as well as connections to the underlying Ethernet hardware it ran on, which Metcalf had also helped design. They also modified MS-Net's servers to produce what they called EtherShare and EtherPrint protocols, which could be accessed with any MS-DOS computer that had the MS-Net client software installed.

PoweredUSB

PoweredUSB, also known as Retail USB, USB PlusPower, and USB +Power, is an addition to the Universal Serial Bus standard that allows for higher-power devices to obtain power through their USB host instead of requiring an independent power supply or external AC adapter. It is mostly used in point-of-sale equipment, such as receipt printers and barcode readers.

History

PoweredUSB, as a proprietary variant of USB, was developed and proposed by IBM, Berg (now FCI), NCR and Microsoft between 1998 and 1999, with the last revision (0.8g) issued in 2004. The specification is not endorsed by the USB Implementers Forum (USB-IF). IBM, who owns patents to PoweredUSB, charges a licensing fee for its use.

PoweredUSB was licensed by Hewlett-Packard, Cyberdata, Fujitsu, Wincor and others.

Implementation

PoweredUSB uses a more complex connector than standard USB, maintaining the standard USB 1.x/2.0 interface for data communications and adding a second connector for power. Physically, it is essentially two connectors stacked such that the bottom connector accepts a standard USB plug and the top connector takes a power plug.

IBM Power (software)

POWER was an IBM operating system enhancement package that provided spooling facilities for the IBM System/360 running DOS/360 or retrofitted with modified DOS/360. Upgrades, POWER/VS and POWER/VSE were available for and the IBM System/370 running DOS/VS and DOS/VSE respectively. POWER is an acronym for Priority Output Writers, Execution processors and input Readers.

The product

POWER was an operating system enhancement available for DOS/360, DOS/VS, and DOS/VSE, and came packaged with some third party DOS-based operating systems. International Business Machines released POWER in 1969 following a public introduction at the IBM Wall Street Data Center.

It 'spooled' (queued) printer and card data, freeing programs from being dependent upon the speed of printers or punched card equipment.

POWER competed with non-IBM products, namely DataCorp's The Spooler and SDI's GRASP. Unlike the other products, POWER required a dedicated partition.

It allowed a single printer (1403/2311), punch (2520, 2540) or reader (2540, 2501) to be shared by two or more processing partitions. Input data was asynchronously loaded and directed to the proper partition by Job class. Output was directed to disk and stored there - then directed to a printer or punch by the writer type, (PRT, PUN), Job Class, Priority and form code. This was provided in PRT and PUN control cards in the input stream. Once the operator put the proper form in the printer/punch and told power to start (G PUN or G PRT on the console) the device would continue until no more output of that type was available. When a new form was encountered it would alert the operator to change forms and wait for the next go command.

Hydroelectric power in Himachal Pradesh

Himachal Pradesh is extremely rich in its hydroelectricity resources. The state is having about twenty five percent of the national potential in this aspect. It has been estimated that about 27,436 MW of hydel power can be generated in the state by the construction of various hydel projects on the five perennial river basins no matter they are major, medium or small. Out of total hydel potential of the state, 3934.74MW is harnessed so far, out of which only 7.6% is under the control of Himachal Pradesh Government while the rest being exploited by the Central Government. The state government has been giving the highest priority for its development, since hydel generation can meet the growing need of power for industry, agriculture and rural electrification. It is also the biggest source of income to the state as it provides electricity to the other states also.

Himachal has enough resources to generate surplus power but, sometimes this is a misconception as in winters the power shortage overshoots ten lakh units per day due to less flow of water in rivers and at the same time increase in lighting and heating load. Due to increased industrialization and rural electrification this figure is expected to rise even further.