. . . . . . “Felipe A.Quezada等人：挤压：张量核GPU的有效紧分形。（2022）”。 . . . _：ID_fa10c4843f90b1af115c1d9f9f6afb30。_：ID_fa10c4843f90b1af115c1d9f9f6afb30 ._：ID_fa10c4843f90b1af115c1d9f9f6afb30 ._：ID_fa10c4843f90b1af115c1d9f9f6afb30“期刊/fgcs/QuezadaNHB22”。 _：ID_fd14f48eceeca3acc061fabe9ecbfba。_：ID_fd14f48eceeca3acc061fabe9ecbfba ._：ID_fd14f48eceeca3acc061fabe9ecbfba ._：ID_fd14f48eceeca3acc061fabe9ecbfba“10.1016/J.FUTURE.2022.04.023”。 _：ID_9828e0be90460a68fc87fdccf70498ba。_：ID_9828e0be90460a68fc87fdccf70498ba ._：ID_9828e0be90460a68fc87fdccf70498ba ._：ID_9828e0be90460a68fc87fdccf70498ba“Q114174722”。 “挤压：张量核GPU的高效紧凑分形。”。 . . . . . "4"^^. _：Sig_964fd7ae4fd6aef3ad9b30c9afb0f874_1。_：Sig_964fd7ae4fd6aef3ad9b30c9afb0f874_1 ._：Sig_964fd7ae4fd6aef3ad9b30c9afb0f874_1“菲利佩·A·奎扎达”。_：Sig_964fd7ae4fd6aef3ad9b30c9afb0f874_1 ._：Sig_964fd7ae4fd6aef3ad9b30c9afb0f874_1"1"^^._：Sig_964fd7ae4fd6aef3ad9b30c9afb0f874_1 . _：Sig_964fd7ae4fd6aef3和b30c9afb0f874_2。_：Sig_964fd7ae4fd6aef3adb30c9afb0f874_2 ._：Sig_964fd7ae4fd6aef3adb30c9afb0f874_2“Crist\u00F3bal A.Navarro”。_：Sig_964fd7ae4fd6aef3adb30c9afb0f874_2 ._：Sig_964fd7ae4fd6aef3adb30c9afb0f874_2 ._：Sig_964fd7ae4fd6aef3adb30c9afb0f874_2"2"^^._：Sig_964fd7ae4fd6aef3adb30c9afb0f874_2 . _：Sig_964fd7ae4fd6aef3和b30c9afb0f874_3。_：信号_964fd7ae4fd6ef3ad9b30c9afb0f874_3 ._：Sig_964fd7ae4fd6aef3adb30c9afb0f874_3“南希·希施费尔德”。_：Sig_964fd7ae4fd6aef3adb30c9afb0f874_3 ._：Sig_964fd7ae4fd6aef3adb30c9afb0f874_3“3”^^._：Sig_964fd7ae4fd6aef3adb30c9afb0f874_3 . _：Sig_964fd7ae4fd6aef3ad9b30c9afb0f874_4。_：Sig_964fd7ae4fd6aef3ad9b30c9afb0f874_4 ._：Sig_964fd7ae4fd6aef3ad9b30c9afb0f874_4“本杰明·布斯托斯”。_：信号_964fd7ae4fd6ef3ad9b30c9afb0f874_4 ._：Sig_964fd7ae4fd6aef3ad9b30c9afb0f874_4"4"^^._：Sig_964fd7ae4fd6aef3ad9b30c9afb0f874_4 . . . . “10-19”。 “未来通用计算系统”。 “未来通用计算系统”。 "135" . "2022"^^. “dblp记录'journals/fgcs/QuezadaNHB22'的RDF数据的起源信息”。 . . . “2023-08-28T21:32:36+0200”。