Luminary monolithic integrated circuit, LM3S series code encryption, introduction encipherment scheme.

Luminary单片机,LM3S系列代加，介绍加方案。

The security of encryption algorithms depends heavily on the computational infeasibility of brute force attack.

加算法的安全性很大程度上取决于暴力破解的不行性。

Hadorwould traditionary symmetry encryption and publicity secret key mode band together, have two both the virtue.

将传统的对称性加与公开钥方法结合起来，兼备了两者的优点。

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，多重加，数据更加安全的特点，用于票据、证件、物品上，达到防伪目的。

Image array disturbed algorithm has been improved to implement multiple permute better.The algorithm shortens its encryption time, so it fits image encryption well.

为了更好的实现多步置乱,对图像位置置乱算法进行了改进,改进后的算法提升了混沌位置置乱加速度,符合图像加的需要。

In this paper, the authors described the decimal system encryption based on AES and its implementation in detail, and discussed a kind of encryption principle suitable for trustless channel.

详细描述了基于AES的十进加算法的实现过程和一种适合于不靠信道(预付费系统与终端之间的通信实现非接触无介质代传送)的加算法实现原理。

Luminary monolithic integrated circuit, LM3S series code encryption, introduction encipherment scheme.

Luminary单片机,LM3S系列代加，介绍加案。

The security of encryption algorithms depends heavily on the computational infeasibility of brute force attack.

加算法的安全性很大程度上取决于暴力破解的不可行性。

Hadorwould traditionary symmetry encryption and publicity secret key mode band together, have two both the virtue.

将传统的对称性加与公开法结合起来，兼备了两者的优点。

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，数据更加安全的特点，用于票据、证件、物品上，达到防伪目的。

Image array disturbed algorithm has been improved to implement multiple permute better.The algorithm shortens its encryption time, so it fits image encryption well.

为了更好的实现多步置乱,对图像位置置乱算法进行了改进,改进后的算法提升了混沌位置置乱加速度,符合图像加的需要。

In this paper, the authors described the decimal system encryption based on AES and its implementation in detail, and discussed a kind of encryption principle suitable for trustless channel.

详细描述了基于AES的十进制加算法的实现过程和一种适合于不可靠信道(预付费系统与终端之间的通信实现非接触无介质代传送)的加算法实现原理。

Luminary monolithic integrated circuit, LM3S series code encryption, introduction encipherment scheme.

Luminary单片机,LM3S系列代码加，介绍加方案。

The security of encryption algorithms depends heavily on the computational infeasibility of brute force attack.

加算法的安全很大程度上取决于暴力破解的不可行。

Hadorwould traditionary symmetry encryption and publicity secret key mode band together, have two both the virtue.

统的对称加与公开钥方法结合起来，兼备了两者的优点。

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，数据更加安全的特点，于票据、证件、物品上，达到防伪目的。

Image array disturbed algorithm has been improved to implement multiple permute better.The algorithm shortens its encryption time, so it fits image encryption well.

为了更好的实现多步置乱,对图像位置置乱算法进行了改进,改进后的算法提升了混沌位置置乱加速度,符合图像加的需要。

In this paper, the authors described the decimal system encryption based on AES and its implementation in detail, and discussed a kind of encryption principle suitable for trustless channel.

详细描述了基于AES的十进制加算法的实现过程和一种适合于不可靠信道(预付费系统与终端之间的通信实现非接触无介质代码送)的加算法实现原理。

Luminary monolithic integrated circuit, LM3S series code encryption, introduction encipherment scheme.

Luminary单片机,LM3S系列代码加，介绍加方案。

The security of encryption algorithms depends heavily on the computational infeasibility of brute force attack.

加算法的安全性很大程度上取决于暴力破解的不可行性。

Hadorwould traditionary symmetry encryption and publicity secret key mode band together, have two both the virtue.

将传统的对称性加与公开钥方法结合起来，兼者的优点。

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，数据更加安全的特点，用于票据、证件、物品上，达到防伪目的。

Image array disturbed algorithm has been improved to implement multiple permute better.The algorithm shortens its encryption time, so it fits image encryption well.

为更好的实现多步置乱,对图像位置置乱算法进行改进,改进后的算法提升混沌位置置乱加速度,符合图像加的需要。

In this paper, the authors described the decimal system encryption based on AES and its implementation in detail, and discussed a kind of encryption principle suitable for trustless channel.

详细描述基于AES的十进制加算法的实现过程和一种适合于不可靠信道(预付费系统与终端之间的通信实现非接触无介质代码传送)的加算法实现原理。

Luminary monolithic integrated circuit, LM3S series code encryption, introduction encipherment scheme.

Luminary单片机,LM3S系列代加，介绍加方案。

The security of encryption algorithms depends heavily on the computational infeasibility of brute force attack.

加算法的安全性很大程度上取决于暴力破解的行性。

Hadorwould traditionary symmetry encryption and publicity secret key mode band together, have two both the virtue.

将传统的对称性加与公开钥方法结合起来，兼备了两者的优点。

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

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

Image array disturbed algorithm has been improved to implement multiple permute better.The algorithm shortens its encryption time, so it fits image encryption well.

为了更好的实现多步置乱,对图像位置置乱算法进行了改进,改进后的算法提升了混沌位置置乱加速度,符合图像加的需要。

In this paper, the authors described the decimal system encryption based on AES and its implementation in detail, and discussed a kind of encryption principle suitable for trustless channel.

详细描述了基于AES的十进制加算法的实现过程和一种适合于靠信道(预付费系统与终端之间的通信实现非接触无介质代传送)的加算法实现原理。

Luminary monolithic integrated circuit, LM3S series code encryption, introduction encipherment scheme.

Luminary单片机,LM3S系列代码加，介绍加方案。

The security of encryption algorithms depends heavily on the computational infeasibility of brute force attack.

加算法的安全性很大程度上取决于暴力破解的不可行性。

Hadorwould traditionary symmetry encryption and publicity secret key mode band together, have two both the virtue.

将传统的对称性加与公开钥方法结合起来，兼备了两者的优点。

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，数据更加安全的特点，用于票据、证件、物品上，达到防伪目的。

Image array disturbed algorithm has been improved to implement multiple permute better.The algorithm shortens its encryption time, so it fits image encryption well.

为了更好的实现多步置乱,对图像位置置乱算法进行了改进,改进后的算法提升了混沌位置置乱加速度,符合图像加的需要。

In this paper, the authors described the decimal system encryption based on AES and its implementation in detail, and discussed a kind of encryption principle suitable for trustless channel.

详细描述了基于AES的十进制加算法的实现过程和一种适合于不可靠信道(预付费系统与终端之间的通信实现非接触无介质代码传送)的加算法实现原理。

Luminary monolithic integrated circuit, LM3S series code encryption, introduction encipherment scheme.

Luminary单片机,LM3S系列代码加，介绍加方案。

The security of encryption algorithms depends heavily on the computational infeasibility of brute force attack.

加算法的安全性很大程度上取决于暴力破解的不可行性。

Hadorwould traditionary symmetry encryption and publicity secret key mode band together, have two both the virtue.

将传统的对称性加与公开钥方法起来，兼备了两者的优点。

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，数据更加安全的特点，用于票据、证件、物品上，达到防伪目的。

Image array disturbed algorithm has been improved to implement multiple permute better.The algorithm shortens its encryption time, so it fits image encryption well.

为了更好的实现多步置乱,对图像位置置乱算法进行了改进,改进后的算法提升了混沌位置置乱加速度,符图像加的需要。

In this paper, the authors described the decimal system encryption based on AES and its implementation in detail, and discussed a kind of encryption principle suitable for trustless channel.

详细描述了基于AES的十进制加算法的实现过程和一种适于不可靠信道(预付费系统与终端之间的通信实现非接触无介质代码传送)的加算法实现原理。

Luminary monolithic integrated circuit, LM3S series code encryption, introduction encipherment scheme.

Luminary单片机,LM3S系列代码加，介绍加方案。

The security of encryption algorithms depends heavily on the computational infeasibility of brute force attack.

加算法安全性很大程度上取决于暴力不可行性。

Hadorwould traditionary symmetry encryption and publicity secret key mode band together, have two both the virtue.

将传对称性加与公开钥方法结合起来，兼备了两者优点。

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，数据更加安全特点，用于票据、件、物品上，达到防伪目。

Image array disturbed algorithm has been improved to implement multiple permute better.The algorithm shortens its encryption time, so it fits image encryption well.

为了更好实现多步置乱,对图像位置置乱算法进行了改进,改进后算法提升了混沌位置置乱加速度,符合图像加需要。

In this paper, the authors described the decimal system encryption based on AES and its implementation in detail, and discussed a kind of encryption principle suitable for trustless channel.

详细描述了基于AES十进制加算法实现过程和一种适合于不可靠信道(预付费系与终端之间通信实现非接触无介质代码传送)加算法实现原理。

Luminary monolithic integrated circuit, LM3S series code encryption, introduction encipherment scheme.

Luminary单片机,LM3S系列代码加，介绍加方案。

The security of encryption algorithms depends heavily on the computational infeasibility of brute force attack.

加算法安全性很大程度上取决于暴力破解不可行性。

Hadorwould traditionary symmetry encryption and publicity secret key mode band together, have two both the virtue.

将传统性加与公开钥方法结合起来，兼备了两者优点。

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，数据更加安全特点，用于票据、证件、物品上，达到防伪目。

Image array disturbed algorithm has been improved to implement multiple permute better.The algorithm shortens its encryption time, so it fits image encryption well.

为了更好实现多步置乱,图像位置置乱算法进行了改进,改进后算法提升了混沌位置置乱加速度,符合图像加需要。

In this paper, the authors described the decimal system encryption based on AES and its implementation in detail, and discussed a kind of encryption principle suitable for trustless channel.

详细描述了基于AES十进制加算法实现过程和一种适合于不可靠信道(预付费系统与终端之间通信实现非接触无介质代码传送)加算法实现原理。