Please help me get out from this logical question..BMPS Diagram and Part -3 Also...thanks in Advance..

You must develop a realistic process model in BPMN describing a typical insurance claim handling process (think of a general process, and not one that is specific to motor vehicle claims or home insurance claims. A range of web resources are available describing the process. The following are some examples (this resources describe processes from a variety of jurisdictions - your job is to create a generic but realistic process model that is not specific to any jurisdiction, but captures the key steps involved): http: //understandinsurance.com-au/claims-explained https: //www.oecdorg/finance/insurance/3396405.pdf https: //www.sgeb.bg/finance/insurance/web/files/richeditor/pdf/sogelife/sogelife-claims-eng.pdf http: //www.klgates.com/files/publications/689921f5-3314-4b2c-a-7d6-c8714075571d/Presentation/PublicationAttachment/18771fd4-bl79- 4414-8b36-cfc7f8ac6cdc/Navigating.PPT The process model you will develop must involve no less than 8 tasks/activities and no less than 2 gateways (of which at least one must be an OR-split and one must be an AND-split) You need to provide the sources from which you developed the process model - these might involve documents you found on the web, procedure manuals and so on. There must be clear evidence that your BPMN process model encodes process descriptions contained in these textual resources. You must use the semantic effect annotation technique for business process models based on the ProcessSEER technology described in class to annotate this model. Effect annotations must be written in both English and first-order logic. You need to provide both the immediate effects of tasks/activities and the cumulative effect scenarios obtained at various points in the process. Submit this process model in hardcopy and online. You must also submit the model and annotations as hardcopy in the lecture. You must present the annotations both as text annotations on your BPMN models and on separate pages of text to process model in the latter case, use a numbering or indexing scheme to correlate annotations to various points in the process model). Consider the problem of process specification. Much of what exists out there involves specifying processes as sequences of tasks to be performed. What would a process modelling language look like if processes were modelled instead as sequences of conditions to be achieved? Look through the literature to see if any research exists addressing this. What kinds of enterprise data could you use to mine these models? How would you mine these (you do not need deep machine learning or data mining expertise simply a high-level understanding of the kinds of data analytics that might be feasible)? This is a question that requires some modicum of innovative thinking - you might not find a complete answer in the published literature