## Study of SendRate of One Rapid Flow with Cross Traffic

### Types of cross traffic

```1. 250Mbps CBR
2. 500Mbps CBR
3. THTTP traffic with bandwidth ranging from 200Mbps to 800Mbps
```
NOTES:
```define two versions of calculate_ab algorithm:
v1: previous version used, the same as Pathchirp
v2: only one condition to end an excursion on all cases: inst_q < 0
```

### 1. 250Mbps CBR Traffic

#### (1) CDF of computed abests:

The left plot is for v1 algorith, the right plot for v2

#### (2) CDF of Ratio: computed_abest/actual_ab:

The left plot is for v1 algorith, the right plot for v2

#### (3) Sendrates calculated from computed_ab:

##### a. For algorithm v1:

The left plot uses TAO=250ms ETA=2/3; the right plot uses TAO=50ms ETA=2/3.

##### b. For algorithm v2:

The left plot uses TAO=250ms ETA=2/3; the right plot uses TAO=50ms ETA=2/3.

### 2. 500Mbps CBR Traffic

#### (1) CDF of computed abests:

The left plot is for v1 algorith, the right plot for v2

#### (2) CDF of Ratio: computed_abest/actual_ab:

The left plot is for v1 algorith, the right plot for v2

#### (3) Sendrates calculated from computed_ab:

##### a. For algorithm v1:

The left plot uses TAO=250ms ETA=2/3; the right plot uses TAO=50ms ETA=2/3.

##### b. For algorithm v2:

The left plot uses TAO=250ms ETA=2/3; the right plot uses TAO=50ms ETA=2/3.

### 3. THTTP Traffic

#### (1) CDF of computed abests:

The left plot is for v1 algorith, the right plot for v2

#### (2) CDF of Ratio: computed_abest/actual_ab:

The left plot is for v1 algorith, the right plot for v2

#### (3) Sendrates calculated from computed_ab:

##### a. For algorithm v1:

The left plot uses TAO=250ms ETA=2/3; the right plot uses TAO=50ms ETA=2/3.

##### b. For algorithm v2:

The left plot uses TAO=250ms ETA=2/3; the right plot uses TAO=50ms ETA=2/3.

Try ETA=1/3 for exp=8: