The University of Phoenix recently was awarded a patent (#8341148 B1) for an adaptive activity stream related to its online learning platform. From an initial reading of the patent, it appears very broad to me (deja vu all over again). From the press release:
Apollo Group (APOL), the parent company of University of Phoenix®, today announced that it received a United States patent related to its innovative online classroom platform. The patent was awarded for the University’s new Academic Activity Stream that will consolidate student activities, engagement, and interaction into one unified learning space. The stream will showcase unique personal management features that allow students to more efficiently manage their coursework and classroom experience.
This patent is the next step in the “Learning Genome Project” – UoP’s major investment in a next-generation online learning platform. The basic idea of the Academic Activity Stream is to rank information in a user’s activity stream based on individual interests, past history, and learning objectives – rather than merely ranking the items chronologically. From Google’s listing of the patent:
Techniques are described herein for implementing an activity stream. An activity stream includes a ranked list of objects that are associated with each other. Within an activity stream, an object (such as an assignment or course syllabus) may have events associated with it. For example, a student can “comment” on an assignment. The assignment may be listed as an object within the activity stream, and the comment may be posted under the assignment, in the activity stream, as an event that is associated with the assignment. A variety of objects can appear in an activity stream, and each object may have comments and other events listed underneath.
The location of an object in the activity stream changes based on events that happen in association with objects in the stream. However, rather than simply being pushed further down the list every time a new object is added to the activity stream, techniques are provided for moving objects within the activity stream in other ways.
The specific patent claim #1 (most other claims refer to claim #1):
A method, comprising: generating a first ranked list of objects for an activity stream; in response to detecting a plurality of events associated with a plurality of objects, placing each of the plurality of objects in positions in the first ranked list based on the order in which the events occurred; in response to detecting a first event associated with a first object in the first ranked list of objects, moving the first object in a first position in the first ranked list, wherein the first event is associated with user activity and the first object is associated with a class; in response to detecting a second event associated with a second object in the first ranked list of objects: moving the first object to a second position in the first ranked list, wherein the second position is lower than the first position in the first ranked list; placing the second object in the first position in the first ranked list; wherein the second event occurs after the first event; maintaining the ranked list as a plurality of segments, wherein each segment is associated with a time period; maintaining a first segment that is associated with a first time period; after detecting the expiration of the first time period: causing the portion of the ranking of objects that is associated with first segment to remain static; maintaining a second segment that is associated with a second time period; dynamically updating the portion of the ranking of objects that is associated with the second segment in response to detecting a fourth event without updating the portion of the ranking of objects that is associated with the first segment; wherein the method is performed by one or more computing devices.
The patent lists several “embodiments” of the concept – examples of approaches that could be pursued to implement the activity stream. These embodiments include re-ranking of a book chapter based on recent student comments or preferences and notifications when 75% of students have completed an assigned reading.
Figure 2 shows an example user interface (very poor quality):
I haven’t figure out why the patent includes descriptions of hardware-based computing devices as an embodiment of the concept.
What is concerning is that this patent appears to be quite broad in its claims, bringing up the painful memories of the Blackboard patent from 2006 that was eventually invalidated. Am I reading this correctly in that it essentially patents any individualized stream within a learning platform? More to come.
Discussions here or in the Google+ post.