Communication assembly
A communication method and a communication assembly, comprising a first capturing unit configured to capture video data of a first peer in real-time, wherein the video data of the first peer comprises an identification feature a mimic expression feature; a second capturing unit configured to capture video data of a second peer in real-time; a first anonymization unit configured to modify the video data captured by the first capturing unit in real-time by replacing a characteristic of the identification feature in the video data of the first peer while substantially maintaining a characteristic of the mimic expression feature in the video data of the first peer; a first display unit of the first peer; a second display unit of the second peer; a data transfer unit configured to perform a transfer of the video data.
1 . A Communication assembly comprising:
a first capturing unit configured to capture video data of a first peer in real-time, wherein the first peer corresponds to a first human being, wherein the video data captured by the first capturing unit includes video facial data of the first peer, and wherein the video facial data of the first peer comprises an identification feature suitable for an identification of the first peer and a mimic expression feature suitable for a non-verbal communication originating from the first peer;
a second capturing unit configured to capture video data of a second peer in real-time, wherein the second peer corresponds to a second human being;
a first anonymization unit configured to modify the video data captured by the first capturing unit in real-time by replacing a characteristic of the identification feature in the video facial data of the first peer with a characteristic of a corresponding identification feature of a first quantized peer to complicate or prevent a correctly identifying of the first peer from the identification feature while substantially maintaining a characteristic of the mimic expression feature in the video data of the first peer;
a first display unit of the first peer, the first display unit configured to receive and to display video data in real-time;
a second display unit of the second peer, the second display unit configured to receive and to display video data in real-time; and
a data transfer unit configured to:
perform a transfer of the video data modified by the first anonymization unit to the second display unit; and
perform a transfer of the video data captured by the second capturing unit to the first display unit.
2 . The Communication assembly according to claim 1 , comprising:
a first selector configured to select a portion of the video data and wherein the first anonymization unit is configured to perform a portion specific replacement of the characteristic of the identification feature in the video data of the first peer with the corresponding characteristic of the identification feature of the first quantized peer.
3 . The Communication assembly according to claim 1 , wherein the video data captured by the second capturing unit includes video facial data of the second peer wherein the video facial data of the second peer comprises an identification feature suitable for an identification of the second peer and a mimic expression feature suitable for a non-verbal communication originating from the second peer and wherein the communication assembly further comprises:
a second anonymization unit configured to modify the video data captured by the second capturing unit in real-time by replacing a characteristic of the identification feature in the video data of the second peer with a characteristic of a corresponding identification feature of a second quantized peer to complicate or prevent a correctly identifying of the second peer from the identification feature while substantially maintaining a characteristic of the mimic expression feature in the video data of the second peer, wherein the data transfer unit is configured to perform a transfer of the video data modified by the second anonymization unit to the first display unit.
4 . The Communication assembly according to claim 3 , comprising:
a second selector configured to select a portion of the video data of the second peer and wherein the second anonymization unit is configured to perform a portion specific modification of the characteristic of the identification feature in the video data of the second peer with the corresponding characteristic of the identification feature of the second quantized peer.
5 . The Communication assembly according claim 1 , comprising:
a first control unit configured to provide a first identifier assigned to the first peer, the first identifier configured to label the video data captured by the first capturing unit; and
a second control unit configured to provide a second identifier assigned to the second peer, the second identifier configured to label the video data captured by the second capturing unit.
6 . The Communication assembly according to claim 5 , wherein the first identifier is assigned permanently and/or the second identifier is assigned permanently.
7 . The Communication assembly according to claim 5 , comprising:
a communication identifier configured to label the video data transferred from the first capturing unit to the second display unit and the video data transferred from the second capturing unit to the first display unit.
8 . The Communication assembly according to claim 7 , wherein the communication identifier is provided to a third peer and wherein the third peer is configured to at least one of collect, store, organize, or analyze the video data labeled with the communication identifier.
9 . The Communication assembly according to claim 7 , wherein the communication identifier is derived exclusively from the first identifier and the second identifier.
10 . The Communication assembly according to claim 1 , further comprising:
a first authentication unit configured to authenticate the video data of the first peer; and
a second authentication unit configured to authenticate video data of the second peer.
11 . The Communication assembly according to, claim 1 , further comprising:
a first cryptography unit configured to encrypt video data captured by the first capturing unit and decrypt video data to be displayed by the first display unit; and
a second cryptography unit configured to encrypt video data captured by the second capturing unit and decrypt video data to be displayed by the second display unit.
12 . A communication system for audio-visual communication including a communication assembly, the communication assembly comprising:
a first capturing unit configured to capture video data of a first peer in real-time, wherein the first peer corresponds to a first human being, wherein the video data captured by the first capturing unit includes video facial data of the first peer, and wherein the video facial data of the first peer comprises an identification feature to identify the first peer and a mimic expression feature for a non-verbal communication originating from the first peer;
a second capturing unit configured to capture video data of a second peer in real-time, wherein the second peer corresponds to a second human being;
a first anonymization unit configured to modify the video data captured by the first capturing unit in real-time by replacing a characteristic of the identification feature in the video facial data of the first peer with a characteristic of a corresponding identification feature of a first quantized peer to complicate or prevent a correctly identifying of the first peer from the identification feature while substantially maintaining a characteristic of the mimic expression feature in the video data of the first peer;
a first display unit of the first peer, the first display unit configured to receive and to display video data in real-time;
a second display unit of the second peer, the second display unit configured to receive and to display video data in real-time; and
a data transfer unit configured to:
perform a transfer of the video data modified by the first anonymization unit to the second display unit; and
perform a transfer of the video data captured by the second capturing unit to the first display unit.
13 . A Communication method, wherein the communication method comprises:
capturing, by a first capturing unit, video data of a first peer in real-time;
capturing, by a second capturing unit, video data of a second peer in real-time;
modifying the video data captured by the first capturing unit by replacing a characteristic of an identification feature in the video data of the first peer with a characteristic of a corresponding identification feature of a first quantized peer to complicate or prevent a correctly identifying of the first peer from the identification feature while substantially maintaining a characteristic of a mimic expression feature of the first peer;
performing a transfer of modified video data captured by the first capturing unit to a second display unit; and
performing a transfer of video data captured by the second capturing unit to a first display unit.
14 . The communication method according to claim 13 , comprising:
assigning a first identifier to the first peer and labelling, with the first identifier, the video data captured by the first capturing unit; and
assigning a second identifier to the second peer and labelling with the second identifier the video data captured by the second capturing unit.
15 . The communication method according to claim 14 , comprising:
deriving a communication identifier from the first identifier and the second identifier;
providing the communication identifier to a third peer;
providing the video data transferred from the first capturing unit to the second display unit and the video data transferred from the second capturing unit to the first display unit to the third peer;
labelling with the communication identifier the video data transferred from the first capturing unit to the second display unit and the video data transferred from the second capturing unit to the first display unit and, by the third peer, at least one of, collecting, storing, organizing, or analyzing the video data labelled with the communication identifier;
modifying the video data captured by the second capturing unit by replacing a characteristic of an identification feature in the video data of the second peer with a characteristic of a corresponding identification feature of a second quantized peer to complicate or prevent a correctly identifying of the second peer from the identification feature while substantially maintaining a characteristic of a mimic expression feature in the video data of the second peer and transferring the modified video data captured by the second capturing unit to the first display unit;
selecting a portion of the video data of the first peer captured by the first capturing unit and performing a portion specific replacement of the characteristic of an identification feature in the video data of the first peer with the corresponding characteristic of the identification feature of the first quantized peer ( 110 );
selecting a portion of the video data of the second peer captured by the second capturing unit and performing a portion specific replacement of the characteristic of an identification feature in the video data of the second peer with the corresponding characteristic of the identification feature of the second quantized peer;
making the assignment of the second identifier permanent;
making the assignment of the first identifier permanent;
authenticating the video data of the first peer;
authenticating the video data of the second peer;
encrypting video data captured by the first capturing unit and/or the second capturing unit; and
decrypting video data to be displayed by the first display unit and/or the second display unit.
16 . The communication system of claim 12 , wherein the communication assembly includes:
a first selector configured to select a portion of the video data, wherein the first anonymization unit is configured to perform a portion specific replacement of the characteristic of the identification feature in the video data of the first peer with the corresponding characteristic of the identification feature of the first quantized peer; and
a second selector configured to select a portion of the video data of the second peer, wherein the second anonymization unit is configured to perform a portion specific modification of the characteristic of the identification feature in the video data of the second peer with the corresponding characteristic of the identification feature of the second quantized peer.