Abstract: An interactive control method is provided. The interactive control method includes the following steps. When robot equipment is located outside elevator equipment, the robot equipment is connected to a first control module disposed outside the elevator equipment to call, by the first control module, an elevator car of the elevator equipment. The first control module determines whether the elevator car arrives at a current floor to return an arrival signal to the robot equipment. The robot equipment is connected to a second control module disposed inside the elevator car according to the arrival signal to control, by the second control module, an elevator door of the elevator car to open. The robot equipment is driven to move into the elevator car. When the robot equipment is located within a working range of the elevator car, the second control module stops controlling the elevator door of the elevator car to open.

Abstract: A solid state storage device includes a control circuit and a non-volatile memory. The control circuit includes a first storage zone and a second storage zone. A boot code loader is stored in the first storage zone. The non-volatile memory includes a memory cell array. The memory cell array includes a third storage zone and a fourth storage zone. A specified program is stored in the third storage zone. The third storage zone contains a first block. A first page of the first block is divided into a first portion and a second portion. A first binary code of the specified program is repeatedly stored in plural bytes of the first portion of the first page. The one's complement of the first binary code is repeatedly stored in plural bytes of the second portion of the first page.

Abstract: A solid state drive is connected with a host. The solid state drive includes a non-volatile memory and a first flash translation layer. The non-volatile memory includes a first storage zone and a second storage zone. The first storage zone includes a boot area. An operating system is stored in the boot area. The first flash translation layer receives a first command and a first logical block address from the host. The first flash translation layer converts the first logical block address into a first physical block address, and the solid state drive accesses the first storage zone according to the first physical block address. The solid state drive receives a second command and a second physical block address from the host, and the solid state drive accesses the second storage zone according to the second physical block address.

Abstract: A solid state storage device includes a control circuit and a non-volatile memory. The control circuit includes a first storage zone and a second storage zone. A boot code loader is stored in the first storage zone. The non-volatile memory includes a memory cell array. The memory cell array includes a third storage zone and a fourth storage zone. A specified program is stored in the third storage zone. The third storage zone contains a first block. A first page of the first block is divided into a first portion and a second portion. A first binary code of the specified program is repeatedly stored in plural bytes of the first portion of the first page. The one's complement of the first binary code is repeatedly stored in plural bytes of the second portion of the first page.