Digital encapsulation applied to cloud computing through before wave encapsulation
A digital and wavefront technology, applied in the field of data packaging for cloud storage and transmission, can solve the problems of enhancement, sacrificing the redundancy and miniaturization of digital files after sealing.
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Embodiment 1
[0048] figure 1 A communication business concept 110 between a sender at the source and a receiver at the destination is depicted. The sending sender utilizes a set of 2 to 2 wavefront multiplexers in the preprocessing 130 to perform sealing processing, and embeds a set of information data S(t) into the selected digital envelope E5(t). The input data is the English phrase "OpenSesame" in Word format and its Chinese translation "麻麻开门" written in 4 Chinese characters and related phonetic symbols. The chosen digital envelope is a digital image of a famous painting "Racing Horse" by the Chinese painter Xu Beihong in the early 1900s. In addition, there are 11 digital envelopes stored in a group of candidate envelope files 180 in a user's cell, which are publicly known to all users in the cell; including the sender and receiver of the letter. There are two outputs from the wavefront multiplexer in the pre-processing 130; one is the post-encapsulated digital stream Es(t) to be sen...
Embodiment 2
[0109] image 3 The concept of operation for encapsulating two sets of digital information using the wavefront multiplexing technique described above is depicted. There are three parts: (1) pre-processing 130 or sealing, (2) transmission through the cloud 010, and (3) post-processing 140 or de-sealing or unsealing. with in figure 1 Compared to the set of operation concepts shown, it is almost the same. image 3 The functional technique is to send a string of digital message data S(t) and a string of original digital envelopes E5(t) to a set of designated receivers. Both series of output signals Es(t) and Ed(t) in the preprocessing 130 are sent to the receiving end.
[0110] A message will be embedded in two strings of sealed data files Es(t) and Ed(t), and then sent by the sender at the source to the receiver at the destination. The receiver uses the two strings of sealed data files to restore and reconstruct the embedded digital information and the original digital envel...
Embodiment 3
[0113] Figure 4 It shows the transmission (Tx) business concept of double-encapsulation for a set of information data using a set of 2 to 2 wavefront multiplexing through two layers of sequential encapsulation. it shows Figure 1 The first two paragraphs of the middle three paragraphs are set. figure 1 Middle three stage settings: (1) pre-processing 130 or seal processing, (2) transmission through cloud 010, and (3) post-processing 140 or de-sealing processing or unsealing processing.
[0114] here are two sets Figure 4 The encapsulation processes in are concatenated together. , each set of seals is processed with figure 1 The sealing process shown in the same. In the first preprocessing 130-1, there are two inputs; S(t) and E1(t) and one output x(t). The second output terminal is grounded. S(t) is a digital message delivered to the destination through the cloud, including an English phrase "Open Sesame" and its Chinese translation and pronunciation symbols. E1(t) i...
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