System Multi-machine

In the intersection between multi-agent systems and machine learning we find the so-called agent-based machine learning techniques where agent technology... 

Multi-machine HW isolation, scalability Global state, security OSs with RPC and networic tile systems, e.g., UNIX/NFS... 

The convention extrusion blow moulding process may be continuous or intermittent. In the former method the extruder continuously supplies molten polymer through the annular die. In most cases the mould assembly moves relative to the die. When the mould has closed around the parison, a hot knife separates the latter from the extruder and the mould moves away for inflation, cooling and ejection of the moulding. Meanwhile the next parison will have been produced and this mould may move back to collect it or, in multi-mould systems, this would have been picked up by another mould. Alternatively in some machines the mould assembly is fixed and the required length of parison is cut off and transported to the mould by a robot arm. 

Detailed mechanisms of the Ub/proteasome-dependent multienzyme machines that target a protein substrate and then processively destroy it remain to be understood. The findings described above (1) identified a class of interactions between the targeting and proteolytic branches of the Ub system that does not involve a multi-Ub chain. 

One should think of the individual proteins in a multi-component hormonal response system like the parts of a machine which may play similar roles in different machines where the overall function is quite different. Each cell type may contain some but not all elements, permitting cells to respond differently to the same hormonal signal or in a similar way to different hormonal signals. 

In 1989, Mitsui Mining and Smelting Co., Ltd. developed and introduced the first operational nondestructive automatic peach sweetness grading machine. Peaches graded by this system were differentiated as "sweetness guaranteed". The company has now developed the Multi-Purpose Sensor (MPS) for grading apples and Japanese pears, in addition to peaches, with a single unit. 

A robot (the name comes from the Czech word robota , which means work or servant [2]) can be defined as an automatically controlled, reprogrammable, multi-purpose, manipulative machine with several degrees of freedom, which may be either fixed in place or mobile for use in automation applications [4] or, more loosely, as a multipurpose machine which, like a human, can perform a variety of different tasks under conditions that may be unknown a priori [5]. The different types of robots currently available can be classified according to physical features such as hardware construction, degrees of freedom, coordinate system or level of sophistication and technology [6],... 

A totally different approach respects the idea that a Virtual Reality application that has basically the same state of its domain objects will render the same scene, respectively. It is therefore sufficient to distribute the state of the domain objects to render the same scene. In a multi-screen environment, the camera on the virtual scene has to be adapted to the layout of your projection system. This is a very common approach and is followed more or less, e.g., by approaches such as ViSTA or NetJuggler [978]. It is called the master-slave, or mirrored application paradigm, as all slave nodes run the same application and all user input is distributed from the master node to the slave nodes. All input events are replayed in the slave nodes and as a consequence, for deterministic environments, the state of the domain objects is sjmchronized on all slave nodes which results in the same state for the visualization. The master machine, just like the client machine in the client-server approach, does all the user input dispatching, but as a contrast to the client-server model, a master machine can be part of the rendering environment. This is a consequence from the fact that all nodes in this setup merely must provide the same graphical and computational resources, as all calculate the application state in parallel. 

Abstract. Electroanalytical methods are highly compatible with micro- and nano-machining technology and have the potential of invasive but non-destmctive cell analysis. In combination with optical probes and imaging techniques, electroanalytical methods show great potential for the development of multi-analyte detection systems to monitor in real-time cellular dynamics. 

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