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This pattern of atrial activation could be due to an atrial tachycardia arising from the right atrium or a right-sided accessory pathway leading to initial activation of the right atrium Since the AV node is anatomically located in the septal region of the atria, it cannot be due to retrograde activation from the AV node Similarly, in the bottom panel, earliest activation is in the distal coronary sinus catheter This atrial activation pattern is most likely due to a left-sided accessory pathway or an atrial tachycardia from the left atrium In the top right panel, earliest activation is in the His catheter recording Here there are three possibilities, a septal accessory pathway, an atrial tachycardia located in the interatrial septum, or a tachycardia arising from the AV node with retrograde atrial activation.

Ranging information can be exploited in several ways in resource management Examples are: (a) de nition of distance-related metrics for both MAC and higher layers, enabling the development of power-aware protocols, for example, [5]; (b) evaluation of initial transmission power levels, required in distributed power control protocols [6]; and (c) introduction of distributed positioning protocols in order to build a relative network map starting from ranging measurements This map can enable location-based enhancements in several MAC and network functions, such as position-based routing, and position-aware distributed code assignment protocols in multiple channel MAC, in order to minimize MUI The accurate ranging capability is thus the key feature of UWB enabling novel MAC functions.

Digital signals are individual voltage pulses that represent the bits that are grouped together to form characters. This type of signal is usually used inside the computer to transmit data between electronic components and close-range devices. Digital signals have the characteristics of short-range transmission (at most several hundred feet) and are represented by on/off binary systems. Local area networks (LANs) usually use digital signals for transmission. This transmission is normally restricted to a certain area such as a room or a building. Analog signals are continuous electromagnetic waves. They are able to travel long distances, and most long-distance transmissions are carried out by analog signals. For example, voice transmission through the telephone lines and data transmission between computers use analog signals.

Activation of the atria from a site away from the septal area is often collectively called eccentric activation to emphasize that retrograde AV nodal conduction is much less likely In this gure the patient in the left panel has a right atrial tachycardia and the patients in the top right and bottom panels have septal and left-sided accessory pathways respectively It is impossible to make a speci c diagnosis in any of the three cases solely from analyzing the atrial activation pattern, although, as just mentioned, AV node reentry is unlikely in the presence of eccentric atrial activation In addition to deciding which side of the atria is activated earliest, it is also useful to determine whether atrial activation is high low or low high and whether atrial activity appears to arise from the AV nodal region.

The results of the above analysis formed the basis for the de nition of a MAC protocol suitable for UWB systems, which is speci cally designed for the special case of low data rate UWB networks: the uncoordinated, wireless, baseborn medium access for UWB communication networks, (UWB)2 , originally proposed in [7] In the following subsections a description of (UWB)2 is provided, and the performance of the protocol in a typical low-data-rate scenario is evaluated 1431 (UWB)2: Uncoordinated, Wireless, Baseborn Medium Access for UWB Communication Networks (UWB)2 takes advantage of data transmission of the multiple access capabilities warranted by the TH codes, and relies for access to the common channel on the high.

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Patients with earliest atrial activity in the superior portion of the right or left atrium make retrograde activation via the AV node or an accessory pathway unlikely Activation from the AV node region will have earliest atrial signals in catheters located near the atrial septum, usually the proximal electrodes of a catheter placed in the coronary sinus or a catheter placed at the His bundle region In the top panel of Fig 511, the rst atrial electrogram is observed in a catheter placed in the high right atrium at the superior vena cava right atrial junction, con rming a high low atrial activation pattern and suggests the presence of an atrial tachycardia Another important point is to consider whether or not electrical signals can be recorded throughout the cycle length In patients with atrial utter due to.