Question: Consider two particle filtering implementations: Implementation 1: Initialize particles by sampling from initial state distribution and assigning uniform weights. 1. Propagate particles, retaining weights 2.
Consider two particle filtering implementations:
Implementation 1: Initialize particles by sampling from initial state distribution and assigning uniform weights.
1. Propagate particles, retaining weights
2. Resample according to weights
3. Weight according to observations
Implementation 2: Initialize particles by sampling from initial state distribution.
1. Propagate unweighted particles
2. Weight according to observations
3. Resample according to weights
(i) [true or false] Implementation 2 will typically provide a better approximation of the estimated distribution than implementation 1.
(ii) [true or false] If the transition model is deterministic then both implementations provide equally good estimates of the distribution
(iii) [true or false] If the observation model is deterministic then both implementations provide equally good estimates of the distribution.
Step by Step Solution
3.42 Rating (168 Votes )
There are 3 Steps involved in it
Answer i False Implementation 1 and Implementation 2 use different sequences of operations and the quality of the approximation depends on how well these operations are performed In some cases Impleme... View full answer
Get step-by-step solutions from verified subject matter experts
