The classes are project-oriented with a focus on laboratory exercises that connect models of computation and real-world systems, which NI's platforms provide through a graphical system design approach and scalability among hardware.
What does MOC stand for?
MOC stands for Models of Computation
This definition appears frequently and is found in the following Acronym Finder categories:
- Science, medicine, engineering, etc.
See other definitions of MOC
We have 228 other meanings of MOC in our Acronym Attic
- Mission Operations Computer (US NASA)
- Mission Operations Contract
- Mission Operations Contractor
- Mission Operations Control (Center)
- Mississippi Outdoor Club
- Mobile Office Card
- Mobile Operations Center
- Mobile Originated Call (Global System for Mobile Communication)
- Model of Care
- Model of Control
- Modulus of Continuity
- Mohican Outdoor Center (New Jersey)
- Montenegrin Orthodox Church
- Mopar Owners Club (automobile club; various locations)
- Moscow (Amtrak station code; Moscow, ID)
- Mother of Child
- Mount Olive College
- Mouvement Ouvrier Chrétien (French: Christian Workers Movement; Belgium)
- Multinational Oil Company
- Multiple On Capital
Samples in periodicals archive:
Coverage encompasses architectures and interconnects, embedded design methodologies for multi-core systems, mapping of applications, hardware/software development, tools and verification, and programming paradigms and models of computation on multi-core embedded systems.
In all these examples, the vector spaces illustrate how computations such as similarity measures and relevance feedback are applied to the data; the vector spaces are models of computations executed by the system.
It provides an introduction to embedded systems design and verification, covering both fundamental and advanced topics, including models of computation for distributed embedded systems, embedded software modeling and design, synchronous hypothesis and polychronous languages, processor-centric architecture description languages, determining bounds on execution times, performance analysis of distributed embedded systems, power-aware embedded computing, processor for embedded systems, system-on-chip design and communication architectures, networks-on-chip, hardware/software interfaces design for system-on-chip, field-programmable gate array synthesis and physical design, design issues in secure embedded systems, and web services for embedded devices.
The new lab offers a rich and open environment that students can use to explore all aspects of embedded systems design, from core concepts such as models of computation, concurrency and tool-supported design methodologies to sensors and actuators, data acquisition, interfacing and real-world applications such as mechatronics, robotics and controls systems.
Topics include throughput analysis of synchronous data flow graphs, extended time automata and time Petri nets, models of computation for networks on chip, an algebra of abstractions for communication processes, concurrency in distributed systems under autonomous and enforced actions.
His vision is to expand LabVIEW system capabilities to deliver multiple models of computation and asynchronous, heterogeneous multiprocessing to address increasing complexity.
We are building a hardware/software co-design environment where application behavior is initially specified by models of computation," said Professor Soonhoi of the School of Computer Science and Engineering at SNU.