Design and Implementation of the Document HTML System for Preserving Content Integrity
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An electronic document based on PDF has been widely used in customer communication between an enterpriseand a customer to deliver personalized content. However, electronic documents based on PDF in the form ofpaper layouts are not suitable for mobile environments because of low readability and lack of interactiveinteraction. Even though HTML is an essential language in a mobile environment, electronic document basedon PDF is still used as it has a content integrity verification feature with a digital signature. It means that a useris sacrificing user experience in a mobile environment for content integrity and using paper-layout electronicdocuments. In this research, we design the Document HTML specification by setting the Document HTMLconformance, adding the extended meta tags, and signing the message digest with a digital signature based onpublic key infrastructure (PKI). Furthermore, we implemented the Document HTML system, which has RESTAPI services to generate and verify the Document HTML, and did experimental verification of the theory. Asa result, we have confirmed that the Document HTML has both content integrity and user experience on mobile. Furthermore, the Document HTML is expected to be an alternative document format to deliver personalizedcontent from an enterprise to a customer in a mobile environment instead of the paper layout electronicdocument such as PDF.
Abstract
An electronic document based on PDF has been widely used in customer communication between an enterpriseand a customer to deliver personalized content. However, electronic documents based on PDF in the form ofpaper layouts are not suitable for mobile environments because of low readability and lack of interactiveinteraction. Even though HTML is an essential language in a mobile environment, electronic document basedon PDF is still used as it has a content integrity verification feature with a digital signature. It means that a useris sacrificing user experience in a mobile environment for content integrity and using paper-layout electronicdocuments. In this research, we design the Document HTML specification by setting the Document HTMLconformance, adding the extended meta tags, and signing the message digest with a digital signature based onpublic key infrastructure (PKI). Furthermore, we implemented the Document HTML system, which has RESTAPI services to generate and verify the Document HTML, and did experimental verification of the theory. Asa result, we have confirmed that the Document HTML has both content integrity and user experience on mobile. Furthermore, the Document HTML is expected to be an alternative document format to deliver personalizedcontent from an enterprise to a customer in a mobile environment instead of the paper layout electronicdocument such as PDF.
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