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GRAPH NEURAL NETWORK (GNN)

Challenges:
Graph size is dynamic
Each node can have a variable number of edges
Standard methods used for images and texts are not suitable for graphs
Adjacency matrix representation can be very inefficient
There can be multiple adjency matrices to represent the same graph
Standard convolution applied to images does not work (adaptations have been tried) 
Potential tasks: Link prediction / Node classification / Community detection / ranking
Representation: adjency matrix, edge

Does the closed copper mine meet the definition and recognition criteria of an asset under the 2018 Conceptual Framework? A-Under the 2018 Conceptual Framework, an asset is defined in paragraph 4.5 as "a present economic resource controlled by the entity as a result of past events." Paragraph 4.6 further defines an economic resource as "a right that has the potential to produce economic benefits." To determine whether the closed copper mine meets this definition, three characteristics must be examined:

Knowledge about ancient events/incidents which were related to dance.

• India has a rich dance tradition dating back to ancient times.
• Evidence of dance comes from: Inscriptions, Sculptures, Paintings, Literary sources, Excavations, Myths and legends
• The Vedas are the earliest source of dance and music.
• Dance is mentioned in: Vedas, Epics, Puranas, Sanskrit literature (Nataka and Kavya)
• Excavations at Mohenjo-Daro and Harappa found:
  • Bronze dancing girl statue, Broken dancing torso
• The Harappa

3.1 O mercado de bens e serviços e a curva IS

Função consumo keynesiana. O consumo das famílias depende do rendimento disponível. A propensão marginal a consumir (PMC, "c") indica quanto do rendimento adicional é gasto em consumo; está sempre entre 0 e 1. Por isso, uma variação do rendimento disponível provoca uma variação do consumo do mesmo sentido mas de menor magnitude (nunca maior — esse é um erro clássico de V/F). O complemento da PMC é a propensão marginal a poupar (PMP)

2. Draw (describe in text) the phases of the Waterfall model in order, and write one example deliverable for each phase.

Requirements → Requirements Specification document; Design → System/architecture design document; Implementation → working source code; Testing → test report; Deployment → live released system; Maintenance → bug-fix and update log. Each phase must be completed before the next begins, and the deliverable is the proof that the phase is done.

3. Write a short Scrum sprint