Fast message exchange method for a radio communication system

• US 20030081577A1
• Filed: 10/25/2002
• Published: 05/01/2003
• Est. Priority Date: 10/29/2001
• Status: Abandoned Application

• Current Assignee: Alcatel SA (Nokia Corporation)
• Original Assignee: Alcatel SA (Nokia Corporation)
• Inventors: Jimenez, Manuel Poza
• Application Number:
  US10/279,714
• Publication Number:
  US 20030081577A1
• Time in Patent Office: Days
• US Class Current: 370/336
• CPC Class Codes: H04W 72/04 Wireless resource allocation
• CPC Class Codes: H04W 72/20 Control channels or signalling for resource management

Abstract

Fast message exchange method for a radio communication system that includes a plurality of remote units located inside the coverage area of a base station, comprising the steps of receiving at the base station an access request (AR) sent from a remote unit, transmitting from the base station to the remote unit a first identify time slot (X) unused inside the downlink portion of a frame, and sending from the remote unit to the base station a first setup message (msg1) inside the first identify time slot (X). A system for carrying out the method comprises suitable means for performing the above steps. The invention is useful for allocating an available time slot on downlink as time slot on uplink for transmission of data traffics.

Claims

1. A fast message exchange method for a radio communication system including a plurality of remote units (RT) located inside the coverage area of a base station (BS);

characterised in that the method includes the following steps;

a) receiving at the base station (BS) an access request (AR) sent from a remote unit (RT), b) transmitting from the base station (BS) to the remote unit (RT) a first identify time slot unused inside the downlink portion (DL) of a frame, and c) sending from the remote unit (RT) to the base station (BS) a first setup message (msg1) inside the first identify time slot (X).

2. A fast message exchange method according to claim 1;

characterised in that the step of transmitting from the base station (BS) to the remote unit (RT) further includes the step of transmitting a second identify time slot unused (Y) inside the downlink portion (DL) of the frame.

3. A fast message exchange method according to claim 2;

characterised in that the step of sending from the remote unit (RT) to the base station (BS) further includes the step of sending a second setup message (msg2) inside the second identify time slot(Y).

4. A system for fast message exchanging for a radio communication system including a plurality of remote units (RT) located inside the coverage area of a base station (BS);

characterised in that the system is adapted to receive at the base station (BS) an access request (AR) sent from a remote unit (RT), to transmit from the base station (BS) to the remote unit (RT) a first identify time slot (X) unused inside the downlink portion (DL) of a frame, and to send from the remote unit (RT) to the base station (BS) a first setup message (msg1) inside the first identify time slot(X).

5. A system for fast message exchanging according to claim 4;

characterised in that the system is adapted to further transmit from the base station (BS) to the remote unit (RT) a second identify time slot (Y) unused inside the downlink portion (DL) of the frame.

6. A system for fast message exchanging according to claim 5;

characterised in that the system is adapted to further send from the remote unit (RT) to the base station (BS) a second setup message (msg2) inside the second identify time slot (Y).

7. A base station for a system for fast message exchanging for a radio communication system, said radio communication system including a plurality of remote units (RT) located inside a coverage area of a base station (BS);

wherein said system for fast message exchanging is adapted to receive at the base station (BS) an access request (AR) sent from a remote unit (RT), to transmit from the base station (BS) to the remote unit (RT) a first identify time slot (X) unused inside a downlink portion (DL) of a frame, and to send from the remote unit (RT) to the base station (BS) a first setup message (msg1) inside the first identify time slot(X).

8. The base station of claim 7 wherein said base stations (BS) is further adapted to transmit to said remote unit (RT) a second identify time slot (Y) unused inside the downlink portion (DL) of the frame.

9. A remote unit for a system for fast message exchanging for a radio communication system, said radio communication system including a plurality of remote units (RT) located inside a coverage area of a base station (BS);

wherein said system for fast message exchanging is adapted to receive at the base station (BS) an access request (AR) sent from a remote unit (RT), to transmit from the base station (BS) to the remote unit (RT) a first identify time slot (X) unused inside a downlink portion (DL) of a frame, and to send from the remote unit (RT) to the base station (BS) a first setup message (msg1) inside the first identify time slot(X).

10. The remote unite of claim 9 wherein said remote unit (RT) is adapted to transmit to the base station (BS) at least a first setup message (msg1) inside the first identify time slot (X).