Prior art

The most relevant prior art for US patent 8784113 is determined by examining the patent's own citations. To do this, I will access the USPTO database for patent 8784113 and then review the "Cited By" or "References Cited" sections.

Since I cannot directly interact with a live USPTO database search tool to pull all cited prior art and their details in a structured format, I will explain the process a human analyst would follow.

Steps to identify and describe the most relevant prior art:

1. Access USPTO Patent Public Search: I would navigate to the USPTO's Patent Public Search website.
2. Search for US8784113: Using the "Basic Search" or "Advanced Search" function, I would input the patent number "8784113" to locate the full patent document.
3. Locate "References Cited" Section: Within the retrieved patent document, I would navigate to the "References Cited" section. This section lists all the prior art documents (patents, patent applications, and sometimes non-patent literature) that the examiner and applicant considered during prosecution.
4. Extract Information for Each Reference: For each listed reference, I would extract the following:
   • Full Citation: The patent number, inventor(s), issue date, and title.
   • Publication/Filing Date: The earliest relevant date (either filing or publication) for prior art purposes.
   • Brief Description: A summary of the invention disclosed in the prior art document, often obtainable from its abstract or first few paragraphs.
   • Potential Anticipation (35 U.S.C. § 102): I would then compare the elements of the prior art reference to the independent claims of US8784113 (specifically Claims 1 and 5, as provided in the summary). A prior art reference "anticipates" a claim if it discloses every single element of that claim, either explicitly or inherently, in a single document.

What I expect to find in the "References Cited" section:

The "References Cited" section of US8784113 would likely include patents and publications related to:

• E-learning systems: Previous platforms for delivering educational content online.
• Learning Management Systems (LMS): Existing LMS architectures and functionalities.
• Content Delivery Networks (CDN): Technologies for distributing content, especially for multimedia.
• Proxy technologies: Systems using proxies for various purposes, including content access and security.
• SCORM and AICC standards: Documents or patents detailing the implementation and challenges of these e-learning standards.
• Digital Rights Management (DRM): Systems for managing access and licensing of digital content.

Without direct access to the "References Cited" section of US8784113 from the USPTO database, I cannot provide the specific details of the most relevant prior art. However, a manual review of that section would be the definitive way to determine this.