Indicating ue capability with short tti

Apparatus, comprising at least one processor, at least one memory including computer program code, and the at least one processor, with the at least one memory and the computer program code, being arranged to cause the apparatus to at least perform

• estimating a future instantaneously required processing effort required by a terminal to process symbols received in at least one first transmission time interval and at least one second transmission time interval;
• checking if the estimated future instantaneously required processing effort exceeds a capability of the terminal to process the symbols;
• modifying a future scheduling of the symbols for the terminal if the future instantaneously required processing effort exceeds the capability;
• wherein
• each of the first transmission time intervals comprises not more than a first maximum possible number of the symbols;
• each of the second transmission time intervals comprises not more than a second maximum possible number of the symbols;
• and at least one of:
• the first maximum possible number is larger than the second maximum possible number, and
• a second processing interval required to finalize the processing of the respective symbols of each of the second transmission time intervals is shorter than a first processing interval required to finalize the processing of the respective symbols of each of the first transmission time intervals.

Apparatus, comprising at least one processor, at least one memory including computer program code, and the at least one processor, with the at least one memory and the computer program code, being arranged to cause the apparatus to at least perform

• informing a base station on at least one of a capability of a terminal to process symbols received within a predefined time interval in at least one first transmission time interval and at least one second transmission time interval, a scaling factor ρ, a first delay δTTI, and a second delay δsTTI;
• wherein
• each of the first transmission time intervals comprises not more than a first maximum possible number of the symbols;
• each of the second transmission time intervals comprises not more than a second maximum possible number of the symbols;
• and at least one of:
• the first maximum possible number is larger than the second maximum possible number, and
• a second processing interval required to finalize the processing of the respective symbols of each of the second transmission time intervals is shorter than a first processing interval required to finalize the processing of the respective symbols of each of the second transmission time intervals;
• the scaling factor ρ indicates a ratio of a second processing requirement required by the terminal to process the symbols of one of the second transmission time intervals to a first processing requirement required by the terminal to process the symbols of one of the first transmission time intervals if the first maximum possible number is larger than the second maximum possible number;
• the first delay δTTI indicates how long a start of the processing of the symbols of each of the first transmission time intervals after the respective first transmission time interval is delayed by the terminal;
• the second delay δsTTI indicates how long a start of the processing of the symbols of each of the second transmission time intervals after the respective second transmission time interval is delayed by the terminal.

Method, comprising

• estimating a future instantaneously required processing effort required by a terminal to process symbols received in at least one first transmission time interval and at least one second transmission time interval;
• checking if the estimated future instantaneously required processing effort exceeds a capability of the terminal to process the symbols;
• modifying a future scheduling of the symbols for the terminal if the future instantaneously required processing effort exceeds the capability;
• wherein
• each of the first transmission time intervals comprises not more than a first maximum possible number of the symbols;
• each of the second transmission time intervals comprises not more than a second maximum possible number of the symbols;
• and at least one of:
• the first maximum possible number is larger than the second maximum possible number, and
• a second processing interval required to finalize the processing of the respective symbols of each of the second transmission time intervals is shorter than a first processing interval required to finalize the processing of the respective symbols of each of the first transmission time intervals.

Method, comprising

• informing a base station on at least one of a capability of a terminal to process symbols received within a predefined time interval in at least one first transmission time interval and at least one second transmission time interval, a scaling factor ρ, a first delay δTTI, and a second delay δsTTI;
• wherein
• each of the first transmission time intervals comprises not more than a first maximum possible number of the symbols;
• each of the second transmission time intervals comprises not more than a second maximum possible number of the symbols;
• and at least one of:
• the first maximum possible number is larger than the second maximum possible number, and
• a second processing interval required to finalize the processing of the respective symbols of each of the second transmission time intervals is shorter than a first processing interval required to finalize the processing of the respective symbols of each of the second transmission time intervals;
• the scaling factor ρ indicates a ratio of a second processing requirement required by the terminal to process the symbols of one of the second transmission time intervals to a first processing requirement required by the terminal to process the symbols of one of the first transmission time intervals if the first maximum possible number is larger than the second maximum possible number;
• the first delay δTTI indicates how long a start of the processing of the symbols of each of the first transmission time intervals after the respective first transmission time interval is delayed by the terminal;
• the second delay δsTTI indicates how long a start of the processing of the symbols of each of the second transmission time intervals after the respective second transmission time interval is delayed by the terminal.