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Field-coupled nanomagnets can offer significant energy savings at iso-performance versus CMOS equivalents. Magnetic logic could be integrated with CMOS, operate in environments that CMOS cannot, and retain state without power. Clocking requirements lead to inherently pipelined circuits, and high throughput further improves application-level performance.(More)
Verification and validation (V&amp;V) techniques are used in agent-based modeling (ABM) to determine whether the model is an accurate representation of the real system. Docking is a form of V&V that tries to align multiple simulation models. In a previous paper, we described the docking process of an ABM that simulates the life cycle of <i>Anopheles(More)
We present the current state-of-the-art of nanomagnetic logic (NML), which is one of the beyond-Moore device technologies being pursued within the SRC-NRI (Nanoelectronics Research Initiative). Advantages of NML include low power and non-volatility. We show that all key ingredients for NML architectures have been demonstrated – including logic, fan-out, and(More)
This paper presents a rationale for including the construction of interactive simulations in an Information Technology (IT) curriculum, describes ongoing work in the Shared Extensible Learning Spaces (SHELS) project, and describes how we integrate that work into our curriculum. As computing technologies advance, the complexity of the data generated(More)
This presentation explores the power of simulation building as a constructivist learning activity and develops an agenda for the pursuit of research in this area. Our project evolved out of repeated observations that multimedia students, working as programmers and designers on agent-based computer simulations of complex adaptive systems, often became(More)
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