KILL for NetWare是Novell网络上完善的防病毒解决方案,它采用服务器、工作站的架构,对Novell网络实行了从服务器到工作站的全方位的防病毒保护。 KILL for NetWare由于采用了服务器、工作站的模式,所以在安装和使用KILL for NetWare时...KILL for NetWare是Novell网络上完善的防病毒解决方案,它采用服务器、工作站的架构,对Novell网络实行了从服务器到工作站的全方位的防病毒保护。 KILL for NetWare由于采用了服务器、工作站的模式,所以在安装和使用KILL for NetWare时,用户需要在服务器和工作站两端分别安装相应的软件。按照要求,用户需要在NetWare网络的服务器上安装KILL for NetWare Serv-er,在工作站端根据工作站类型的不同分别安装NetWare工作站端软件:KILL for DOS,KILL for Windows。域管理功能可以使用户对Novell系统中的所有服务器设备进行集中统一的分组管理。为了使用KILL for Net-Ware的域管理功能,用户需要在系统中所有的服务器上均安装KILL for NetWare Server。 KILL for NetWare软件属于单服务器(Single Server)、无限用户(Unlimited User)的版本。就是说,KILL for NetWare软件在NetWare服务器端是有License限制的,每一个Li-cense只能同时用来安装一台KILL for NetWare服务器。展开更多
As described in this paper, we propose a new haptic interface for a service robot. For safety with service robots working in a space where people live, some notification before collision with an obstacle is desirable....As described in this paper, we propose a new haptic interface for a service robot. For safety with service robots working in a space where people live, some notification before collision with an obstacle is desirable. To achieve such a function, we developed a master-slave manipulator system in which the slave manipulator surface is covered with many proximity sensors. Additionally, we developed a haptic device that feeds back proximity sense information to the operator using small vibration motors. We attached the haptic device to the arm of the operator and vibrated the vibration motor corresponding to the sensor. Thereby, the operator was able to ascertain the position of an object near the manipulator, and to make the robot maneuver to avoid it before collision. To confirm the system usefulness, we equipped subjects with the developed proximity sense presentation device and performed a detection-position-specific experiment and an obstacle avoidance experiment in a narrow space. As results of the detection position specific experiment on five subjects, four subjects reported the detection position correctly. The remaining one person failed because of his particular arm shape. Operation experiments conducted in a narrow space showed that all subjects＇ work was successful when given feedback of proximity sense information. Nobody was successful without proximity sense information. Results of these two experiments demonstrate that this proposed system is useful for obstacle avoidance of a master-slave manipulator system.展开更多
文摘问我在用中文收发E-mail时,总是会遇到乱码,这给我带来很多麻烦,我怎样才能解决这个问题,正常观看这些信件呢? 答这里给你提共如下五种方法: 方法一:我们通常是用GB码来写、读信文,若对方用的是其他内码,如GIB5码或HZ码等,那你读到的就会像“R L oT窥”或“-{Dc:C#!TY【{#!-}”的乱码,有些软件可以解决此类问题,如:RichWin或NJStar。RichWin提供了“多内码文本转换转换器”,只要把你的乱码信文复制在剪贴板上,打开该转换器,你就可以看到可以读的信文。NJStar有声内码识别功能,只要打开该软件,信文就变成可读的了(或选“多内码自动识别”功能后)。
文摘KILL for NetWare是Novell网络上完善的防病毒解决方案,它采用服务器、工作站的架构,对Novell网络实行了从服务器到工作站的全方位的防病毒保护。 KILL for NetWare由于采用了服务器、工作站的模式,所以在安装和使用KILL for NetWare时,用户需要在服务器和工作站两端分别安装相应的软件。按照要求,用户需要在NetWare网络的服务器上安装KILL for NetWare Serv-er,在工作站端根据工作站类型的不同分别安装NetWare工作站端软件:KILL for DOS,KILL for Windows。域管理功能可以使用户对Novell系统中的所有服务器设备进行集中统一的分组管理。为了使用KILL for Net-Ware的域管理功能,用户需要在系统中所有的服务器上均安装KILL for NetWare Server。 KILL for NetWare软件属于单服务器(Single Server)、无限用户(Unlimited User)的版本。就是说,KILL for NetWare软件在NetWare服务器端是有License限制的,每一个Li-cense只能同时用来安装一台KILL for NetWare服务器。
文摘As described in this paper, we propose a new haptic interface for a service robot. For safety with service robots working in a space where people live, some notification before collision with an obstacle is desirable. To achieve such a function, we developed a master-slave manipulator system in which the slave manipulator surface is covered with many proximity sensors. Additionally, we developed a haptic device that feeds back proximity sense information to the operator using small vibration motors. We attached the haptic device to the arm of the operator and vibrated the vibration motor corresponding to the sensor. Thereby, the operator was able to ascertain the position of an object near the manipulator, and to make the robot maneuver to avoid it before collision. To confirm the system usefulness, we equipped subjects with the developed proximity sense presentation device and performed a detection-position-specific experiment and an obstacle avoidance experiment in a narrow space. As results of the detection position specific experiment on five subjects, four subjects reported the detection position correctly. The remaining one person failed because of his particular arm shape. Operation experiments conducted in a narrow space showed that all subjects＇ work was successful when given feedback of proximity sense information. Nobody was successful without proximity sense information. Results of these two experiments demonstrate that this proposed system is useful for obstacle avoidance of a master-slave manipulator system.
