RFID has the feature against reproduction, combined encryption, and securer data on ticket, document, certificate, and items, for the purpose of anti-counterfeiting.

RFID具有不可复制，多重加密，数据更加安全的特点，于票据、证件、上，达到防伪目的。

Methods On the demand of preventing and reducing malpraxis,the system structure and software design were implemented based on RFID and wireless technology.

在防止医疗差错的需求牵引下,考虑病区环境,具体应射频识别技术(RFID)与无线网络技术,实现统架构和软件设计。

RFID has applied in many fields for its readability and writability, speed identification, long-distance identification, high-speed movement identification and running in atrocious environment.

它具有可读写、快速识读、长距离识读、可识读高速运动体和在恶劣环境中运行等优点，应广泛。

In a UHF passive RFID system, a reader transmits an unmodulated continuous wave (CW) to tags, which not only provides energy to tags but also serves as the carrier of tag backscatter signals.

在超高频被动式射频辨识统里，读取器传送未调变过之连续波讯号给标签，其不但可提供能量给标签也作为标签反向散射讯号的载波。

RFID has the feature against reproduction, combined encryption, and securer data on ticket, document, certificate, and items, for the purpose of anti-counterfeiting.

RFID具有不可复制，多重加密，数据更加安全的特点，用于票据、证件、物品上，达到防伪目的。

Methods On the demand of preventing and reducing malpraxis,the system structure and software design were implemented based on RFID and wireless technology.

在防止医疗差错的需求牵引下,考虑境,具体应用射频别技术(RFID)与无线网络技术,实现统架构和软件设计。

RFID has applied in many fields for its readability and writability, speed identification, long-distance identification, high-speed movement identification and running in atrocious environment.

它具有可写、快速、长距、可高速运动物体和在恶劣境中运行等优点，应用范围广泛。

In a UHF passive RFID system, a reader transmits an unmodulated continuous wave (CW) to tags, which not only provides energy to tags but also serves as the carrier of tag backscatter signals.

在超高频被动式射频辨统里，取器传送未调变过之连续波讯号给标签，其不但可提供能量给标签也作为标签反向散射讯号的载波。

RFID has the feature against reproduction, combined encryption, and securer data on ticket, document, certificate, and items, for the purpose of anti-counterfeiting.

RFID具有不可复制，多，数据更安全的特点，用于票据、证件、物品上，达到防伪目的。

Methods On the demand of preventing and reducing malpraxis,the system structure and software design were implemented based on RFID and wireless technology.

在防止医疗差错的需求牵引下,考虑病区环境,具体应用射频识别技术(RFID)与无线网络技术,实现架构和软件设计。

RFID has applied in many fields for its readability and writability, speed identification, long-distance identification, high-speed movement identification and running in atrocious environment.

它具有可写、快速识、长距离识、可识高速运动物体和在恶劣环境中运行等优点，应用范围广泛。

In a UHF passive RFID system, a reader transmits an unmodulated continuous wave (CW) to tags, which not only provides energy to tags but also serves as the carrier of tag backscatter signals.

在超高频被动式射频辨识，取器传送未调变过之连续波讯号给标签，其不但可提供能量给标签也作为标签反向散射讯号的载波。

RFID has the feature against reproduction, combined encryption, and securer data on ticket, document, certificate, and items, for the purpose of anti-counterfeiting.

RFID具有不可复制，多重加密，数据更加安全特点，用于票据、证件、品上，达到防伪目。

Methods On the demand of preventing and reducing malpraxis,the system structure and software design were implemented based on RFID and wireless technology.

在防止医疗差求牵引下,考虑病区环境,具应用射频识别技术(RFID)与无线网络技术,实现统架构和软件设计。

RFID has applied in many fields for its readability and writability, speed identification, long-distance identification, high-speed movement identification and running in atrocious environment.

它具有可读写、快速识读、长距离识读、可识读高速运和在恶劣环境中运行等优点，应用范围广泛。

In a UHF passive RFID system, a reader transmits an unmodulated continuous wave (CW) to tags, which not only provides energy to tags but also serves as the carrier of tag backscatter signals.

在超高频被式射频辨识统里，读取器传送未调变过之连续波讯号给标签，其不但可提供能量给标签也作为标签反向散射讯号载波。

RFID has the feature against reproduction, combined encryption, and securer data on ticket, document, certificate, and items, for the purpose of anti-counterfeiting.

RFID具有不可复制，多重加密，数据更加安全的特点，用于票据、证件、物品上，达到防伪目的。

Methods On the demand of preventing and reducing malpraxis,the system structure and software design were implemented based on RFID and wireless technology.

在防止医疗差错的需求牵引下,考虑病,具体应用射频别技术(RFID)与无线网络技术,实现统架构和软件设计。

RFID has applied in many fields for its readability and writability, speed identification, long-distance identification, high-speed movement identification and running in atrocious environment.

它具有可读写、快速读、长读、可读高速运动物体和在恶劣中运行等优点，应用范围广泛。

In a UHF passive RFID system, a reader transmits an unmodulated continuous wave (CW) to tags, which not only provides energy to tags but also serves as the carrier of tag backscatter signals.

在超高频被动式射频辨统里，读取器传送未调变过之连续波讯号给标签，其不但可提供能量给标签也作为标签反向散射讯号的载波。

RFID has the feature against reproduction, combined encryption, and securer data on ticket, document, certificate, and items, for the purpose of anti-counterfeiting.

RFID具有不可复制，多重加密，数据更加安全的特，用于票据、证件、物品上，伪目的。

Methods On the demand of preventing and reducing malpraxis,the system structure and software design were implemented based on RFID and wireless technology.

在止医疗差错的需求牵引下,考虑病区环境,具体应用射频识别技术(RFID)与无线网络技术,实现统架构和软件设计。

RFID has applied in many fields for its readability and writability, speed identification, long-distance identification, high-speed movement identification and running in atrocious environment.

它具有可读写、快速识读、长距离识读、可识读高速运动物体和在恶劣环境中运行，应用范围广泛。

In a UHF passive RFID system, a reader transmits an unmodulated continuous wave (CW) to tags, which not only provides energy to tags but also serves as the carrier of tag backscatter signals.

在超高频被动式射频辨识统里，读取器传送未调变过之连续波讯号给标签，其不但可提供能量给标签也作为标签反向散射讯号的载波。

RFID has the feature against reproduction, combined encryption, and securer data on ticket, document, certificate, and items, for the purpose of anti-counterfeiting.

RFID具有不复制，多重加密，数据更加安全的特点，用于票据、证件、物品上，达到防伪目的。

Methods On the demand of preventing and reducing malpraxis,the system structure and software design were implemented based on RFID and wireless technology.

在防止医疗差错的需求牵引下,考虑病区环境,具体应用射频术(RFID)与无线网络术,实现统架构和软件设计。

RFID has applied in many fields for its readability and writability, speed identification, long-distance identification, high-speed movement identification and running in atrocious environment.

它具有写、快速、长距离、高速运动物体和在恶劣环境中运行等优点，应用范围广泛。

In a UHF passive RFID system, a reader transmits an unmodulated continuous wave (CW) to tags, which not only provides energy to tags but also serves as the carrier of tag backscatter signals.

在超高频被动式射频辨统里，取器传送未调变过之连续波讯号给标签，其不但提供能量给标签也作为标签反向散射讯号的载波。

RFID has the feature against reproduction, combined encryption, and securer data on ticket, document, certificate, and items, for the purpose of anti-counterfeiting.

RFID具有不可复制，多重加密，数据更加安全的特点，用于票据、证件、物品上，达到防伪目的。

Methods On the demand of preventing and reducing malpraxis,the system structure and software design were implemented based on RFID and wireless technology.

在防止医疗差错的需求牵引下,考虑病区环境,具体应用射频识别技术(RFID)与络技术,实现统架构和软件。

RFID has applied in many fields for its readability and writability, speed identification, long-distance identification, high-speed movement identification and running in atrocious environment.

它具有可读写、快速识读、长距离识读、可识读高速运动物体和在恶劣环境中运行等优点，应用范围广泛。

In a UHF passive RFID system, a reader transmits an unmodulated continuous wave (CW) to tags, which not only provides energy to tags but also serves as the carrier of tag backscatter signals.

在超高频被动式射频辨识统里，读取器传送未调变过之连续波讯号给标签，其不但可提供能量给标签也作为标签反向散射讯号的载波。

RFID has the feature against reproduction, combined encryption, and securer data on ticket, document, certificate, and items, for the purpose of anti-counterfeiting.

RFID具有不复制，多重加密，数据更加安全的特点，用于票据、证件、物品上，达到防伪目的。

Methods On the demand of preventing and reducing malpraxis,the system structure and software design were implemented based on RFID and wireless technology.

在防止医疗差错的需求牵引,病区环境,具体应用射频别技术(RFID)与无线网络技术,实现统架构和软件设计。

RFID has applied in many fields for its readability and writability, speed identification, long-distance identification, high-speed movement identification and running in atrocious environment.

它具有写、快速、长距离、高速运动物体和在恶劣环境中运行等优点，应用范围广泛。

In a UHF passive RFID system, a reader transmits an unmodulated continuous wave (CW) to tags, which not only provides energy to tags but also serves as the carrier of tag backscatter signals.

在超高频被动式射频辨统里，取器传送未调变过之连续波讯号给标签，其不但提供能量给标签也作为标签反向散射讯号的载波。

RFID has the feature against reproduction, combined encryption, and securer data on ticket, document, certificate, and items, for the purpose of anti-counterfeiting.

RFID具有不可复制，多重加密，数据更加安全的特点，用于票据、证件、物品上，达到防伪目的。

Methods On the demand of preventing and reducing malpraxis,the system structure and software design were implemented based on RFID and wireless technology.

在防止医疗差错的引下,考虑病区环境,具体应用射频识别技术(RFID)与无线网络技术,实现统架构和软件设计。

RFID has applied in many fields for its readability and writability, speed identification, long-distance identification, high-speed movement identification and running in atrocious environment.

它具有可读写、快识读、长距离识读、可识读高物体和在恶劣环境中行等优点，应用范围广泛。

In a UHF passive RFID system, a reader transmits an unmodulated continuous wave (CW) to tags, which not only provides energy to tags but also serves as the carrier of tag backscatter signals.

在超高频被式射频辨识统里，读取器传送未调变过之连续波讯号给标签，其不但可提供能量给标签也作为标签反向散射讯号的载波。