Data management for plasma display

Claim 2

A display management system for at least one plasma gas panel display, said at least one plasma gas panel display having a complex interface requiring the translation of display position addresses from absolute cartesian coordinates to panel addresses unique to said plasma gas panel display, said display management system comprising: host processor means for supplying application program operations, system microprocessor means connected to said host processor means for receiving and storing application program operations downloaded from said host processor means, said system microprocessor means further carrying out decoding and execution of commands in said application program operations downloaded from said host processor means including management of display data, and at least one plasma display adapter means for providing high level control of said interface to said gas panel display, for serialization of character data, and for translation of display position addresses from absolute cartesian coordinates specified by said system microprocessor to panel addresses, wherein said at least one plasma display adapter means includes picoprocessor means for computing said translation of absolute cartesian coordinates to panel addresses.

Claim 3

The display management system recited in claim 1 wherein said system microprocessor includes microprocessor memory means and said picoprocessor includes means for communicating between said picoprocessor and said system microprocessor by direct memory access to said microprocessor memory means.

Claim 4

The display management system recited in claim 1 wherein said plasma gas panel is of the type having a plurality of horizontal and vertical wires divided into odd and even groups which are physically addressable from opposite edges of the panel and said horizontal wires are further divided into a plurality of groups, each group having the same number of wires, a plurality of said groups constituting a module, each module having the same number of groups, and said vertical wires are further divided into a plurality of modules, each module having the same number of wires, said panel addresses calculated by said picoprocessor means being a Y address specifying a horizontal wire module and group and an X address specifying a vertical module.

Claim 5

The display management system recited in claim 3 wherein each of said modules consists of serial in/parallel out shift registers for receiving a serial data stream of two parallel bits corresponding to said odd and even groups, said shift registers corresponding to said Y and X addresses being loaded sequentially by said plasma display adapter.

Claim 6

The display management system recited in claim 4 wherein the shift registers corresponding to said X addresses are loaded with pre-pad and post-pad non-display data to properly align said data to be displayed on said plasma gas panel.

Claim 7

The display management system recited in claim 5 wherein each of said modules comprises sixty-four wires and each of said groups comprises sixteen wires.

Claim 8

A display management method for at least one plasma gas panel display, said at least one plasma gas panel display having a complex interface requiring the computation of the translation of display position addresses from absolute cartesian coordinates to panel addresses, said display management method comprising the steps of supplying application program operations from a host processor to a system microprocessor by downloading said application program operations from said host processor to microprocessor memory means within said system microprocessor, creating op codes and initializing display parameters using said system microprocessor and storing said op codes and display parameters in said microprocessor memory means, fetching said op codes and display parameters from said microprocessor memory means by direct memory access using a picoprocessor and decoding said op codes and storing said display parameters in picoprocessor memory means, and translating display position addresses from absolute cartesian coordinates specified by said display parameters initialized by said system microprocessor to panel addresses using said picoprocessor.

Claim 9

A display management method for at least one plasma gas panel display, said at least one plasma gas panel display having a complex interface requiring the computation of the translation of display position addresses from absolute cartesian coordinates to panel addresses, said display management method comprising the steps of supplying application program operations from a host processor to a system microprocessor by downloading said application program operations from said host processor to microprocessor memory means within said system microprocessor, creating op codes and initializing display parameters using said system microprocessor and storing said op codes and display parameters in said microprocessor memory means, fetching said op codes and display parameters from said microprocessor memory means by direct memory access using a picoprocessor and decoding said op codes and storing said display parameters in picoprocessor memory means, and translating display position addresses from absolute cartesian coordinates specified by said display parameters initialized by said system microprocessor to panel addresses using said picoprocessor.

Claim 10

The display management method recited in claim 7 further comprising the steps of sending a start signal from said system microprocessor to said picoprocessor after creating op codes and initializing display parameters, and interrupting said system microprocessor by said picoprocessor to signal completion of a display operation.

Claim 11

The display management method recited in claim 7 further comprising the step of serializing character data for transmission to said plasma gas panel display.

Claim 12

The display management method recited in claim 7 wherein said gas panel is of the type having a plurality of horizontal and vertical wires divided into odd and even groups which are physically addressable from opposite edges of the panel and said horizontal wires are further divided into a plurality of groups, each group having the same number of wires, a plurality of said groups constituting a module, each module having the same number of groups, and said vertical wires are further divided into a plurality of modules, each module having the same number of wires, wherein said step of translating comprises the steps of calculating a Y address specifying a horizontal wire module and group and calculating an X address specifying a vertical wire module.

Claim 13

In a plasma gas panel display system of the type comprising a host processor for supplying application program operations to a system microprocessor, said system microprocessor creating op codes and initializing display parameters and storing said op codes and display parameters in microprocessor memory means, and at least one plasma gas panel display having a complex interface requiring the translation of display position addresses from absolute cartesian coordinates to panel addresses, the improvement comprising at least one plasma display adapter having a common internal bus architecture and comprising: picoprocessor means connected to said common internal bus for translating display position addresses from absolute cartesian coordinates specified by said system microprocessor to panel addresses, picoprocessor memory means connected to said common internal bus for storing picoprocessor picocode and results of calculations performed by said picoprocessor means, control means connected to said common internal bus for fetching op codes and display parameters from said microprocessor memory means by direct memory access and for storing said op codes and display parameters in said picoprocessor memory means, and character generator and serializer means connected to said common internal bus for serializing character data for transmission as a formatted data stream to said plasma gas panel display according to the panel addresses translated by said picoprocessor means.

Claim 14

In a plasma gas panel display system of the type comprising a host processor for supplying application program operations to a system microprocessor, said system microprocessor creating op codes and initializing display parameters and storing said op codes and display parameters in microprocessor memory means, and at least one plasma gas panel display having a complex interface requiring the translation of display position addresses from absolute cartesian coordinates to panel addresses, the improvement comprising at least one plasma display adapter having a common internal bus architecture and comprising: picoprocessor means connected to said common internal bus for translating display position addresses from absolute cartesian coordinates specified by said system microprocessor to panel addresses, picoprocessor memory means connected to said common internal bus for storing picoprocessor picocode and results of calculations performed by said picoprocessor means, control means connected to said common internal bus for fetching op codes and display parameters from said microprocessor memory means by direct memory access and for storing said op codes and display parameters in said picoprocessor memory means, and character generator and serializer means connected to said common internal bus for serializing character data for transmission as a formatted data stream to said plasma gas panel display according to the panel addresses translated by said picoprocessor means.

Claim 15

The improvement as recited in claim 11 wherein said plasma gas panel display is of the type having a plurality of horizontal and vertical wires divided into odd and even groups which are physically addressable from opposite edges of the panel and said horizontal wires are further divided into a plurality of groups, each group having the same number of wires, a plurality of said groups constituting a module, each module having the same number of groups, and said vertical wires are further divided into a plurality of modules, each module having the same number of wires, said panel addresses being calculated by said picoprocessor means being a Y address specifying a horizontal wire module and group and an X address specifying a vertical module, each of said modules consisting of serial in/parallel out shift registers for receiving a serial data stream of two parallel bits corresponding to said odd and even groups from said character generator and serializer means.

Claim 16

The improvement as recited in claim 12 wherein each of said modules comprises sixty-four wires and each of said groups comprises sixteen wires.