Skip to main content

Table 2 System parameters used in the simulation experiments

From: A new fair-efficient spectrum allocation scheme for the LTE and WiFi coexistence platform

Parameter

Value

Description

\(n\)

100

The total number of IoT devices

\(m\)

5

The total number of WiFi APs

\({\mathcal{S}}_{\mathfrak{B}}\)

200 Gbps

Total spectrum capacity of \(\mathfrak{B}\)

\({\mathcal{S}}_{\mathcal{W}}\)

40 Gbps

Total spectrum capacity of each \(\mathcal{W}\)

\(\eta\)

10

A control parameter for the \({\mathfrak{U}}_{\mathfrak{B}}^{t}\left(\cdot \right)\)

\(\beta\), \(\kappa\),\(\omega\)

0.8, 1, 3

Control parameters for the \({\mathfrak{U}}_{\mathcal{W}}^{t}\left(\cdot \right)\)

\(\psi\),\(\varrho\)

1, 1.5

Control parameters for the \({U}_{\mathcal{D}}^{t}\left(\cdot \right)\)

BSU

8 Mbps

A pre-defined minimum amount for spectrum allocation

\(\xi\),\(\alpha\),\(\tau\)

1, 6, 3

Control parameters for the \({\mathcal{U}}_{\mathcal{D}}^{BES}\left(\cdot \right)\)

Types

Applications

Spectrum maximum requirement \(\left({\mathcal{T}}_{\mathcal{D}}\right)\)

Service duration

QPSs

I

80 Mbps

20 t

II

32 Mbps

25 \(t\)

III

16 Mbps

30 \(t\)

BESs

IV

64 Mbps

35 \(t\)

V

24 Mbps

40 \(t\)

VI

128 Mbps

15 \(t\)