公开(公告)号：WO2011112113A2

公开(公告)日：2011-09-15

申请号：PCT/RO2010/000017

申请日：2010-10-21

Applicant: SOFTWIN S.R.L. ,  RUSU, Mircea, Sorin ,  DINESCU, Adrian ,  DIACONESCU, Stefan, Stelian

Inventor： RUSU, Mircea, Sorin ,  DINESCU, Adrian ,  DIACONESCU, Stefan, Stelian

IPC: G06K9/00

CPC classification number: G06K9/00154 ,  G06F3/0317 ,  G06F3/03545 ,  G06K9/222

Abstract: The invention describes an interactive computer system and methods for the acquisition and processing of biokinetic information associated to the signature, aiming to assess the authenticity of dynamic handwritten signature. The invention has applicability in the field of behavioral biometrics, when there is user interest to validate his will by a handwritten signature. The system comprises an electronic pen (1), functionally integrated with a personal computer (2) for the acquisition and processing the signals associated to the signatures, which can be network connected togheter with other personal computers (2), each one having connected as peripherals an electronic pen (1) that comprises two groups of inertial accelerometers MEMS (A), (B), to capture the kinetic data and also data about contact microvibrations with the writing support, one optical self-referential navigation sensor (ONS), to capture the series of data pairs (d x , d y ), as momentary movements necessary in the reconstruction of pen's trajectory and which, together with kinetic data (a x, a y, b x, b y ) captured by the set of inertial sensors MEMS (A) and (B), represents personal computer (2) input data for sensorial fusion processing and also for creating the conditions to extract the information from the sensorial and psychomotric representation of the user's perspective. The method for assessing the authenticity of dynamic handwritten signature consists, on the one hand, of a first stage of calligraphic reconstruction and visualization of writing thickness and, on the other hand, of applying various conversions and comparisons of a x , a y, b x, b y, d x, d y signals associated to the signatures in order to assess their authenticity.

Abstract translation: 本发明描述了一种用于获取和处理与签名相关联的生物动力学信息的交互式计算机系统和方法，旨在评估动态手写签名的真实性。 当有用户兴趣通过手写签名验证他的遗嘱时，本发明在行为生物特征领域中具有适用性。 该系统包括电子笔（1），其与个人计算机（2）功能地集成，用于获取和处理与签名相关联的信号，其可以与其他个人计算机（2）网络连接，每个个人计算机（2）连接为 外围设备包括两组惯性加速度计MEMS（A），（B）的电子笔（1），用于捕获动力学数据以及与写入支持件的接触微振动的数据，一个光学自参照导航传感器（ONS） 捕获一系列数据对（dx，dy），作为在钢笔轨迹重建中所需的瞬时运动，以及由该组惯性传感器MEMS（A）捕获的动力学数据（ax，ay，bx） 和（B）代表个人计算机（2）用于感觉融合处理的输入数据，并且还用于创建从用户视角的感官和精神运动表示中提取信息的条件。 评估动态手写签名的真实性的方法一方面是第一阶段的书法重建和书写厚度的可视化，另一方面，应用各种转换和比较ax，ay，bx，by ，dx，dy信号与签名相关联，以评估其真实性。

公开(公告)号：WO2011112113A3

公开(公告)日：2012-03-08

申请号：PCT/RO2010000017

申请日：2010-10-21

Applicant: SOFTWIN S R L ,  RUSU MIRCEA SORIN ,  DINESCU ADRIAN ,  DIACONESCU STEFAN STELIAN

Inventor： RUSU MIRCEA SORIN ,  DINESCU ADRIAN ,  DIACONESCU STEFAN STELIAN

IPC: G06K9/00 ,  G06F3/033 ,  G06F3/0354 ,  G06K9/22

CPC classification number: G06K9/00154 ,  G06F3/03545 ,  G06K9/222

Abstract: The invention describes an interactive computer system and methods for the acquisition and processing of biokinetic information associated to the signature, aiming to assess the authenticity of dynamic handwritten signature. The invention has applicability in the field of behavioral biometrics, when there is user interest to validate his will by a handwritten signature. The system comprises an electronic pen (1), functionally integrated with a personal computer (2) for the acquisition and processing the signals associated to the signatures, which can be network connected togheter with other personal computers (2), each one having connected as peripherals an electronic pen (1) that comprises two groups of inertial accelerometers MEMS (A), (B), to capture the kinetic data and also data about contact microvibrations with the writing support, one optical self-referential navigation sensor (ONS), to capture the series of data pairs (dx, dy), as momentary movements necessary in the reconstruction of pen's trajectory and which, together with kinetic data (ax,ay, bx, by) captured by the set of inertial sensors MEMS (A) and (B), represents personal computer (2) input data for sensorial fusion processing and also for creating the conditions to extract the information from the sensorial and psychomotric representation of the user's perspective. The method for assessing the authenticity of dynamic handwritten signature consists, on the one hand, of a first stage of calligraphic reconstruction and visualization of writing thickness and, on the other hand, of applying various conversions and comparisons of ax, ay, bx, by, dx, dy signals associated to the signatures in order to assess their authenticity.

Abstract translation: 本发明描述了一种用于获取和处理与签名相关联的生物动力学信息的交互式计算机系统和方法，旨在评估动态手写签名的真实性。 当有用户兴趣通过手写签名验证他的遗嘱时，本发明在行为生物特征领域中具有适用性。 该系统包括电子笔（1），其与个人计算机（2）功能地集成，用于获取和处理与签名相关联的信号，其可以与其他个人计算机（2）网络连接，每个个人计算机（2）连接为 外围设备包括两组惯性加速度计MEMS（A），（B）的电子笔（1），用于捕获动力学数据以及与写入支持件的接触微振动的数据，一个光学自参照导航传感器（ONS） 捕获一系列数据对（dx，dy），作为在钢笔轨迹重建中所需的瞬时运动，以及由该组惯性传感器MEMS（A）捕获的动力学数据（ax，ay，bx） 和（B）代表个人计算机（2）用于感觉融合处理的输入数据，并且还用于创建从用户视角的感官和精神运动表示中提取信息的条件。 评估动态手写签名的真实性的方法一方面是第一阶段的书法重建和书写厚度的可视化，另一方面，应用各种转换和比较ax，ay，bx，by ，dx，dy信号与签名相关联，以评估其真实性。

公开(公告)号：WO2011112113A4

公开(公告)日：2012-05-10

申请号：PCT/RO2010000017

申请日：2010-10-21

Applicant: SOFTWIN S R L ,  RUSU MIRCEA SORIN ,  DINESCU ADRIAN ,  DIACONESCU STEFAN STELIAN

Inventor： RUSU MIRCEA SORIN ,  DINESCU ADRIAN ,  DIACONESCU STEFAN STELIAN

IPC: G06K9/00 ,  G06F3/033 ,  G06F3/0354 ,  G06K9/22

CPC classification number: G06K9/00154 ,  G06F3/03545 ,  G06K9/222

Abstract: The invention describes an interactive computer system and methods for the acquisition and processing of biokinetic information associated to the signature, aiming to assess the authenticity of dynamic handwritten signature. The invention has applicability in the field of behavioral biometrics, when there is user interest to validate his will by a handwritten signature. The system comprises an electronic pen (1), functionally integrated with a personal computer (2) for the acquisition and processing the signals associated to the signatures, which can be network connected togheter with other personal computers (2), each one having connected as peripherals an electronic pen (1) that comprises two groups of inertial accelerometers MEMS (A), (B), to capture the kinetic data and also data about contact microvibrations with the writing support, one optical self-referential navigation sensor (ONS), to capture the series of data pairs (dx, dy), as momentary movements necessary in the reconstruction of pen's trajectory and which, together with kinetic data (ax,ay, bx, by) captured by the set of inertial sensors MEMS (A) and (B), represents personal computer (2) input data for sensorial fusion processing and also for creating the conditions to extract the information from the sensorial and psychomotric representation of the user's perspective. The method for assessing the authenticity of dynamic handwritten signature consists, on the one hand, of a first stage of calligraphic reconstruction and visualization of writing thickness and, on the other hand, of applying various conversions and comparisons of ax, ay, bx, by, dx, dy signals associated to the signatures in order to assess their authenticity.

Abstract translation: 本发明描述了用于获取和处理与签名相关的生物动力学信息的交互式计算机系统和方法，旨在评估动态手写签名的真实性。 当用户感兴趣通过手写签名验证他的意愿时，本发明在行为生物测定领域具有适用性。 该系统包括与个人计算机（2）功能集成的电子笔（1），用于获取和处理与签名相关的信号，该信号可以与其他个人计算机（2）网络连接，每个个人计算机（2） （A），（B）的两组惯性加速度计的电子笔（1），以捕获动态数据以及与写入支持件有关的接触微振动的数据，一个光学自参考导航传感器（ONS）， 捕获一系列数据对（dx，dy），作为重建笔的轨迹所需的瞬时运动，并且与由惯性传感器MEMS（A）集合捕捉的动力学数据（ax，ay，bx，by）一起， 和（B）表示用于感官融合处理的个人计算机（2）输入数据，并且还用于创建从用户视角的感觉和心理表征中提取信息的条件。 评估动态手写签名真实性的方法一方面包括书写重建的第一阶段和书写厚度的可视化，另一方面包括对ax，ay，bx进行各种转换和比较， ，dx，dy信号与签名相关联以评估其真实性。

公开(公告)号：WO2006085783A1

公开(公告)日：2006-08-17

申请号：PCT/RO2006/000002

申请日：2006-02-01

Applicant: S.C. SOFTWIN SRL ,  MOISE, Gabriel, Alexandru ,  SECRIERU, Marian ,  DINESCU, Adrian ,  DIACONESCU, Stefan, Stelian

Inventor： MOISE, Gabriel, Alexandru ,  SECRIERU, Marian ,  DINESCU, Adrian ,  DIACONESCU, Stefan, Stelian

IPC: G06K9/00 ,  G06K9/24

CPC classification number: G06K9/00154 ,  G06K9/24

Abstract: The invention refers to a computer-based system for the acquisition, analysis, and authentication of the handwritten signature. The person that performs a handwritten signature performs a series of three-dimensional movements with a plane graphical finality. The movements generate kinetic information perceived by the special pen that the signature is performed with (the writing and digital acquisition device for the primary bio-kinetic information). The information, concordant to the afferent bio-kinetic pattern, is collected by the included MEMS type acceleration sensors in the pen. The system continues to analyze the generated information (the signals) and it determines the dynamic-biometrical characteristics, based upon the biometrical dimension of the information. The characteristics are transformed in data vectors and invariants that are stored in a database. Based on algorithm type methods, the system performs the required comparisons between the spatial kinetics of the specimens and the kinetics of the entrances and obtains distance-type answers. In statistical terms, the results are related to the entire subject database, by interpreting and sampling methods.

Abstract translation: 本发明涉及一种用于手写签名的获取，分析和认证的基于计算机的系统。 执行手写签名的人员执行一系列具有平面图形最终性的三维运动。 运动产生由特殊笔感觉到的签名执行的动力学信息（主要生物动力学信息的写入和数字采集装置）。 与传入生物动力学模式相一致的信息由笔中包含的MEMS型加速度传感器收集。 系统继续分析生成的信息（信号），并根据信息的生物学维度确定动态生物特征。 将特征转换为数据库中存储的数据向量和不变量。 基于算法类型方法，系统对样本的空间动力学与入口的动力学进行了必要的比较，并得到了距离类型的答案。 在统计学上，结果与整个科目数据库有关，通过解释和抽样方法。