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32 <br />34 <br />�obiJe Meter I��ading �ys#�m <br />Ve�,ic�e R�cei,rer <br />and Computer <br />�r�� �� � <br />_ ��� � �• � � _ <br />{,� � � �� .k� Sini,al - -- <br />'. � �_t •�r.=;'.0�7 11S�I�iy � <br />��' 1 I �� � HostCornputer ��• <br />, �� <br />3 � ��mmt�is�,il o� <br />Rea�denk�al Prem�s�s �•r �� <br />'�� �� <br />H�nsi He« "i�`,�'' Ndnd WPLd <br />Reee�v�r Computer <br />� �y . <br />� j r" x <br />� R �� <br />� : � ��N, <br />�� _� <br />`�� -- <br />� ��;� <br />� kr <br />� ����� <br />.� <br />��� � . <br />� �� kl <br />.� � ��N, <br />�oml�lfie��,yl �r <br />Reaidenlial Premisis <br />fix�d N�vtgr R�ading 5yst4�n <br />�� <br />w�«��:� <br />Cannect ia n <br />�� <br />lltillt� <br />{entral B�Iling <br />fixed <br />C4II4Cf�On IJr7�f <br />Util�ty <br />C#r�krdl B�Illeg <br />. Types of AMR communication systems: <br />. One-way systems, as its name implies communicate normally in one direction only. Typical <br />. AMR systems that use one-way have the remote metered device transmit information from the <br />. meter location to a central receiver. In some cases, one-way systems might have a"wake-up" <br />� that alerts the remote devices to turn on and begin transmitting, in other cases, the end units <br />� transmit all the time. One-way systems are ideal for applications that require only basic <br />� information to be communicated. The frequency of how often a one-way system can be read is <br />� dependent on the receiving system. <br />� Two-way systems, as the name implies, permits the communication of information from the <br />� remote meter location to the receiver, as well as, from the receiver to the remote meter location. <br />These systems offer utilities more functionality, including on-demand meter reading, <br />Page 2 of 5 <br />