英語 での Connectix engineers の使用例とその 日本語 への翻訳
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In order to do so, Connectix engineers purchased a Sony PlayStation console and extracted the Sony BIOS from a chip inside the console.
Sony does not suggest that this form ofobservation alone would have permitted Connectix engineers to gain access to the functional elements of the Sony BIOS.
In order to do so, Connectix engineers purchased a Sony PlayStation console and extracted the Sony BIOS from a chip inside the console.
Sony does not suggest that this form ofobservation alone would have permitted Connectix engineers to gain access to the functional elements of the Sony BIOS.
During this process, Connectix engineers made additional copies of the Sony BIOS every time they booted up their computer and the Sony BIOS was loaded into RAM.
Once they had developed the hardware emulation software, Connectix engineers also used the Sony BIOS to"debug" the emulation software.
During this process, Connectix engineers made additional copies of the Sony BIOS every time they booted up their computer and the Sony BIOS was loaded into RAM.
Connectix's reverse engineering of the Sony BIOSextracted from a Sony PlayStation console purchased by Connectix engineers is protected as a fair use.
When this method of reverse engineering was unsuccessful, Connectix engineers disassembled discrete portions of the Sony BIOS to view directly the ideas contained therein.
Connectix engineers initially used this copy of the Sony BIOS to begin the reverse engineering process, but abandoned it after realizing that it was a Japanese-language version.
Most of the intermediate copies of the Sony BIOS were made by Connectix engineers when they booted up their computers and the Sony BIOS was copied into RAM.
Connectix engineers admitted to combining the Sony BIOS with the Virtual Game Station hardware emulation software to test and develop the hardware emulation software.
Although Connectix had its own BIOS at the time, Connectix engineers used the Sony BIOS because it contained CD-ROM code that the Connectix BIOS did not contain.
We are unable to locate evidence in the record to support the district court's finding that Connectix"gradually convert[ed] Sony's code to their own code," Order at 11,if by this statement the court meant that Connectix engineers failed to create an original work.
The depositions of Connectix engineers Aaron Giles and Eric Traut suggest that Connectix engineers recognized that other engineering solutions were sometimes available.
The depositions of Connectix engineers Aaron Giles andEric Traut suggest that Connectix engineers recognized that other engineering solutions were sometimes available.
But in drafting the Connectix BIOS, Connectix engineers never claimed to do anything other than write their own code, even though they used, observed, copied and sometimes disassembled the Sony BIOS as they did so.
But if Connectix engineers had left their computers turned on throughout the period during which they were observing the Sony BIOS in an emulated environment, they would have made far fewer intermediate copies of the Sony BIOS(perhaps as few as one per computer).
But if Connectix engineers had left their computers turned on throughout the period during which they were observing the Sony BIOS in an emulated environment, they would have made far fewer intermediate copies of the Sony BIOS(perhaps as few as one per computer).
Early in the development process, Connectix engineer Aaron Giles disassembled a copy of the entire Sony BIOS that he had downloaded from the Internet.
Early in the development process, Connectix engineer Aaron Giles disassembled a copy of the entire Sony BIOS that he had downloaded from the Internet.
Connectix engineer Giles responded"I don't know" when asked by Sony counsel if"it would have been possible to write the CD-ROM code before building the emulator.".
Early in the development process, Connectix engineer Aaron Giles disassembled a copy of the entire Sony BIOS that he had downloaded from the Internet.