Abstract: Provided are a smoking set and an electronic smoking device. The smoking set includes a housing defining a heating chamber and a function chamber, an electronic assembly arranged in the function chamber, and a plurality of heating structures that are arranged in the heating chamber and each connected to the electronic assembly and that are operative to be inserted into a tobacco structure. In the smoking set and the electronic smoking device provided by the present disclosure, an outer wall surface of each of the plurality of heating structures can be in contact with a hole wall of a through hole, and different portions of the tobacco structure are heated through the hole wall, so that different portions of the tobacco structure along a length of the housing can be directly heated. Furthermore, the contact area between the plurality of heating structures and the tobacco structure is increased.

Abstract: The invention provides a hot plug method and device for a byte-addressable persistent memory, which includes hot-add and hot-remove; wherein the hot-add includes physical add and logical add, and the hot-remove includes logical remove and physical remove; the physical add is used for converting the memory from an uncharged raw media into a manageable block of an operating system; the logical add is used for converting the memory from the manageable block of the operating system into a memory device which capable of mapping a virtual address; the logical remove is used for converting the memory device which capable of mapping the virtual address into the manageable block of the operating system; and the physical remove is used for converting the memory from the manageable block of the operating system into the uncharged raw media.

Abstract: The invention provides a hot plug method and device for a byte-addressable persistent memory, which includes hot-add and hot-remove; wherein the hot-add includes physical add and logical add, and the hot-remove includes logical remove and physical remove; the physical add is used for converting the memory from an uncharged raw media into a manageable block of an operating system; the logical add is used for converting the memory from the manageable block of the operating system into a memory device which capable of mapping a virtual address; the logical remove is used for converting the memory device which capable of mapping the virtual address into the manageable block of the operating system; and the physical remove is used for converting the memory from the manageable block of the operating system into the uncharged raw media.