photo

H. Paul Keeler


Last seen: 2ヶ月 前 |  2013 年からアクティブ

Followers: 0   Following: 0

メッセージ

I do not read email sent through my author page. I do stochastic (or random or Monte Carlo) simulations. Beyond that, I know little about MATLAB's wide range of toolboxes. hpaulkeeler.com

統計

All
  • Personal Best Downloads Level 2
  • First Review
  • 5-Star Galaxy Level 2
  • First Submission
  • Thankful Level 1
  • Knowledgeable Level 1
  • Revival Level 1
  • First Answer

バッジを表示

Feeds

表示方法

質問


Which is the best optimization method for optimizing over probability mass functions?
I have a nonlinear scalar function of a -dimensional variable/vector , where is a probability mass function (PMF) for a (discr...

約5年 前 | 1 件の回答 | 0

1

回答

回答済み
I want to spatially distribute 1000 mobile devices in a network according to Poisson Point Process.
If the simulation windown/region has 1000 (or non random ) points, then it is not a Poisson process. It is a binomial point pro...

約6年 前 | 2

| 採用済み

回答済み
How to generate Poisson users arrivals in cognitive radio
The arrivals (absolute) times form a homogeneous) Poisson *point* process on the real line, which corresponds to the jumps of a ...

約6年 前 | 0

| 採用済み

回答済み
Poisson point process simulation with a constant population?
For the definition of the Poisson point process, the N has to be a Poisson random variable with its mean related to the area/siz...

約6年 前 | 0

回答済み
Poisson Point Process with fixed N
The original question: Distribute N points according to a homogeneous Poisson point process in a two-dimensional space of unit ...

約6年 前 | 2

送信済み


Studying the SINR process in Poisson networks by using its factorial moment measures
Calculate the probability of connecting to multiple base stations in a Poisson cellular network

11年弱 前 | ダウンロード 1 件 |

Thumbnail

送信済み


SINR-based k-coverage probability in cellular networks
Calculating the k-coverage probability with Poisson process-based cellular network models.

11年弱 前 | ダウンロード 2 件 |

Thumbnail

送信済み


Propagation process under various fading distributions in cellular networks
Demonstrates SINR, SIR, and other quantities are invariant under arbitrary fading.

約11年 前 | ダウンロード 2 件 |

Thumbnail

送信済み


A two-tier cellular network is equivalent to a one-tier network
Demonstrates how a two-tier cellular network can be viewed as a one-tier isotropic network.

約11年 前 | ダウンロード 1 件 |