A method of parallel optical processing of double exposure specklegram or particle image using hololens array is presented.

介绍了用全息透镜阵列对双曝光散斑图或双曝光粒子像光学处理的方法。

A hypercomplex model of acoustic vector sensor array is introduced.The hypercomplex number is used to model holistically the four output signal components of an acoustic vector sensor.

摘要将超复数代数引入矢量水听器处理领域，用超复数来整体表示了矢量水听器输出的4分量，建立了矢量水听器阵列的超复数模型。

A method of parallel optical processing of double exposure specklegram or particle image using hololens array is presented.

介绍了用全息透镜阵列对双曝散斑图或双曝像进行行学处理的方法。

A hypercomplex model of acoustic vector sensor array is introduced.The hypercomplex number is used to model holistically the four output signal components of an acoustic vector sensor.

摘要将超复数代数引入矢水听器号处理领域，用超复数来整体表示了矢水听器输出的4个号分，立了矢水听器阵列的超复数模型。

A method of parallel optical processing of double exposure specklegram or particle image using hololens array is presented.

介绍了用全息透镜阵列对双曝光散斑图或双曝光粒子像进行并行光学的方法。

A hypercomplex model of acoustic vector sensor array is introduced.The hypercomplex number is used to model holistically the four output signal components of an acoustic vector sensor.

摘要将超复数代数引入矢器号域，用超复数来整体表示了矢器输出的4个号分，并建立了矢器阵列的超复数模型。

A method of parallel optical processing of double exposure specklegram or particle image using hololens array is presented.

介绍了全息透镜阵列对双曝光散斑图或双曝光粒子像进行并行光学处理的方法。

A hypercomplex model of acoustic vector sensor array is introduced.The hypercomplex number is used to model holistically the four output signal components of an acoustic vector sensor.

摘要将代矢量水听器号处理领域，来整体表示了矢量水听器输出的4个号分量，并建立了矢量水听器阵列的模型。

A method of parallel optical processing of double exposure specklegram or particle image using hololens array is presented.

介绍用全息透镜阵列对双曝光散斑图或双曝光粒子像进行并行光学处理的方法。

A hypercomplex model of acoustic vector sensor array is introduced.The hypercomplex number is used to model holistically the four output signal components of an acoustic vector sensor.

将超复数代数引入量水听器号处理领域，用超复数来整体表量水听器输出的4个号分量，并建立量水听器阵列的超复数模型。

A method of parallel optical processing of double exposure specklegram or particle image using hololens array is presented.

介绍用全息透镜阵列对散斑图或粒子像进行并行学处理的方法。

A hypercomplex model of acoustic vector sensor array is introduced.The hypercomplex number is used to model holistically the four output signal components of an acoustic vector sensor.

摘要将超复数代数引入矢量水听器号处理领域，用超复数来整体表示矢量水听器输出的4个号分量，并矢量水听器阵列的超复数模型。

A method of parallel optical processing of double exposure specklegram or particle image using hololens array is presented.

介绍了用全息透对双曝光散斑图或双曝光粒子像进行并行光学处理的方法。

A hypercomplex model of acoustic vector sensor array is introduced.The hypercomplex number is used to model holistically the four output signal components of an acoustic vector sensor.

摘要将代引入矢量水听器号处理领域，用来整体表示了矢量水听器输出的4个号分量，并建立了矢量水听器的模型。

A method of parallel optical processing of double exposure specklegram or particle image using hololens array is presented.

介绍了用全息透镜阵列对双曝光散斑图或双曝光粒子像光学处理的方法。

A hypercomplex model of acoustic vector sensor array is introduced.The hypercomplex number is used to model holistically the four output signal components of an acoustic vector sensor.

摘要将超复数代数引入矢量水听器处理领域，用超复数来整体表示了矢量水听器输出的4分量，建立了矢量水听器阵列的超复数模型。

A method of parallel optical processing of double exposure specklegram or particle image using hololens array is presented.

介绍了用全息透镜阵列对双曝光散斑图或双曝光粒子像进行并行光学处理的方法。

A hypercomplex model of acoustic vector sensor array is introduced.The hypercomplex number is used to model holistically the four output signal components of an acoustic vector sensor.

摘复数代数引入矢量水听器号处理领域，用复数来整了矢量水听器输出的4个号分量，并建立了矢量水听器阵列的复数模型。

A method of parallel optical processing of double exposure specklegram or particle image using hololens array is presented.

介绍了用全息透镜阵列对双曝光散斑图或双曝光粒子像进行并行光学处法。

A hypercomplex model of acoustic vector sensor array is introduced.The hypercomplex number is used to model holistically the four output signal components of an acoustic vector sensor.

摘要将超复数代数引入矢器号处领域，用超复数来整体表示了矢器输出4个号分，并建立了矢器阵列超复数模型。