1. A method for scheduling transmission resources in a wireless communication network, wherein a first node is arranged to communicate over a communication channel with at least one user equipment within a cell, by using a frame comprising uplink resources and downlink resources with a switching point between the downlink resources and the uplink resources, wherein truncation of pilots/reference symbols takes place, resulting in loss or removal of some pilots/reference symbols, to create a guard period situated in association with the switching point, the method comprising: obtaining a parameter referring to an expected transmission quality of the communication and/or expected coherence properties of the communication channel, and; scheduling a transmission on an uplink or downlink resource, located on a time distance from the switching point, which time distance is based on the obtained parameter and on how the truncation of pilots/reference symbols impacts the performance loss of the transmission, wherein scheduling resources to the at least one user equipment is performed such that the at least one user equipment with transmission quality of the communication channel and/or coherence properties of the communication channel below at least one predetermined threshold value is not scheduled in resources where truncation take place.
2. The method according to claim 1 , wherein obtaining the parameter referring to the expected transmission quality of the communication and/or the expected coherence properties of the communication channel comprises estimating the expected transmission quality of the communication and/or the expected coherence properties of the communication channel between the first node and the at least one user equipment.
3. The method according to claim 2 , wherein the estimation of the transmission quality of the communication and/or coherence properties of the communication channel is based on either an uplink reference signal, a channel sounding signal or a random access signal between the first node and the at least one user equipment.
4. The method according to claim 1 , further comprising: comparing the transmission quality of the communication and/or the coherence properties of the communication channel between the first node and the at least one user equipment with the transmission quality of other communications and/or the coherence properties of other communication channels between the first node and other instances of the user equipment, and; sorting the communication between the first node and the at least one user equipment, in order of precedence in comparison with other communications established by the first node, depending on the transmission quality of the communication and/or coherence properties of the communication channel.
5. The method according to claim 1 , further comprising: detecting that the transmission quality of the communication and/or coherence properties of the communication channel between the first node and the at least one user equipment is lower than a predetermined threshold value.
6. The method according to claim 1 , wherein the transmission quality of the communication and/or coherence properties of the communication channel between the first node and the at least one user equipment is estimated based on a parameter including either coherence time, coherence bandwidth, or Signal-to-Noise Ratio, or related parameters including mobile speed, Doppler spread, delay spread, or path-loss, or a combination thereof.
7. The method according to claim 1 , wherein obtaining the parameter referring to the expected transmission quality of the communication and/or the expected coherence properties of the communication channel comprises receiving an estimation of a transmission quality of the communication and/or coherence properties of the communication channel between the first node and the at least one user equipment, from another node.
8. The method according to claim 1 , wherein the method is performed in the first node.
9. The method according to claim 1 , wherein the method is performed in a control node.
10. A first node for scheduling transmission resources, the first node comprised within a wireless communication network, wherein said first node is arranged to communicate with at least one user equipment within a cell, by using a frame comprising uplink resources and downlink resources with a switching point between the downlink resources and the uplink resources, wherein truncation of pilots/reference symbols takes place, resulting in loss or removal of some pilots/reference symbols, to create a guard period situated in association with the switching point, the first node comprising a memory configured to store program instructions and a processor configured to execute the program instructions when loaded into the processor, the processor configured to: obtain a parameter referring to the expected transmission quality of the communication and/or the expected coherence properties of the communication channel, and; schedule the at least one user equipment on resources located a time distance from the switching point, which time distance is based on the parameter referring to the expected transmission quality of the communication and/or the expected coherence properties of the communication channel between the first node and the at least one user equipment and on how the truncation of pilots/reference symbols impacts the performance loss of the communication/channel between the first node and the at least one user equipment, wherein scheduling resources to the at least one user equipment is performed such that the at least one user equipment with transmission quality of the communication channel and/or coherence properties of the communication channel below at least one predetermined threshold value is not scheduled in resources where truncation take place.
11. The first node according to claim 10 , wherein the processor is further configured to: estimate the transmission quality of the communication and/or coherence properties of the communication channel between the first node and the at least one user equipment, and; compare the transmission quality of the communication and/or coherence properties of the communication channel between the first node and the at least one user equipment with the transmission quality of the communication and/or coherence properties of other communication channels between the first node and other instances of the at least one user equipment, and; sort the communication between the first node and the at least one user equipment in order of precedence in comparison with other communications established by the first node, depending on the transmission quality of the communication and/or coherence properties of the communication channel.
12. The first node according to claim 10 , wherein the processor is further configured to: detect if the transmission quality of the communication and/or coherence properties of the communication channel between the first node and the at least one user equipment is lower/weaker than a predetermined threshold value.
13. The first node according to claim 10 , wherein the first node is a base station.
14. A control node for scheduling transmission resources, the control node comprised within a wireless communication network, wherein said control node is connected to a first node, which first node is arranged to communicate with at least one user equipment within a cell, by using a frame comprising uplink resources and downlink resources with a switching point between the downlink resources and the uplink resources, wherein truncation of pilots/reference symbols takes place, resulting in loss or removal of some pilots/reference symbols, to create a guard period situated in association with the switching point, the control node comprising a memory configured to store program instructions and a processor configured to execute the program instructions when loaded into the processor, the processor configured to: obtain a parameter referring to the expected transmission quality of the communication and/or the expected coherence properties of the communication channel between the first node and the at least one user equipment, and; schedule a transmission on an uplink or downlink resource located on a time distance from the switching point, which time distance is based on the parameter referring to the expected transmission quality of the communication and/or the expected coherence properties of the communication channel between the first node and the at least one user equipment and on how the truncation of pilots/reference symbols impacts the performance loss of the communication/channel between the first node and the at least one user equipment, wherein scheduling resources to the at least one user equipment is performed such that the at least one user equipment with transmission quality of the communication channel and/or coherence properties of the communication channel below at least one predetermined threshold value is not scheduled in resources where truncation take place.
15. The control node according to claim 14 , wherein the processor is further configured to: estimate the transmission quality of the communication and/or coherence properties of the communication channel between the first node and the at least one user equipment, and; compare the transmission quality of the communication and/or coherence properties of the communication channel between the first node and the at least one user equipment with the transmission quality of the communication and/or coherence properties of other communication channels between the first node and other instances of the at least one user equipment, and; sort the communication between the first node and the at least one user equipment in order of precedence in comparison with other communications established by the first node, depending on the transmission quality of the communication and/or coherence properties of the communication channel.
16. The control node according to claim 14 , wherein the processor is further configured to: detect if the transmission quality of the communication and/or coherence properties of the communication channel between the first node and the at least one user equipment is lower than a predetermined threshold value.
