Relative runtime analysis of our <i>ℓ</i>₁ regression algorithm and LP solvers. by Henri Schmidt (17364844)

Absolute runtime analysis of our <i>ℓ</i>₁ regression algorithm and LP solvers. by Henri Schmidt (17364844)

Relative runtime analysis of warm versus cold starting our <i>ℓ</i>₁ regression algorithm. by Henri Schmidt (17364844)

Absolute runtime analysis of warm versus cold starting our <i>ℓ</i>₁ regression algorithm. by Henri Schmidt (17364844)

Revised 1: Capitalizing on the differences of prediction between multiple scRNA-seq clustering methods. by Yanis Asloudj (19711636)

“…We expect that this work will provide an alternative direction for developing single-cell ensemble clustering algorithms.…”

Results of Canny edge detector. by Lei Liang (326409)

Inferred phylogenies for POP66. by Henri Schmidt (17364844)

“…Using our phylogeny constrained mutation clustering algorithm, we also find mutation clusters with lower distortion compared to state-of-the-art approaches. …”

Runtime analysis for B-ALL patient phylogenies. by Henri Schmidt (17364844)

“…Using our phylogeny constrained mutation clustering algorithm, we also find mutation clusters with lower distortion compared to state-of-the-art approaches. …”

ARI and NMI of inferring mutation clusters. by Henri Schmidt (17364844)

“…Using our phylogeny constrained mutation clustering algorithm, we also find mutation clusters with lower distortion compared to state-of-the-art approaches. …”

Inferred phylogenies for CSC28. by Henri Schmidt (17364844)

“…Using our phylogeny constrained mutation clustering algorithm, we also find mutation clusters with lower distortion compared to state-of-the-art approaches. …”

<i>ℓ</i>₁ matrix error for B-ALL patient phylogenies. by Henri Schmidt (17364844)

“…Using our phylogeny constrained mutation clustering algorithm, we also find mutation clusters with lower distortion compared to state-of-the-art approaches. …”

Fig 4 - by Henri Schmidt (17364844)

Stage 1 Surveys: Survey of Australian Professionals Using Educational Technology by Glen Shearer (9834266)

Acceleration of Semiempirical Electronic Structure Theory Calculations on Consumer-Grade GPUs Using Mixed-Precision Density Matrix Purification by Pit Steinbach (12795798)

“…Going further, we show that our asynchronous GPU implementation enables running multiple SCFs in parallel on a single GPU, which enables us to leverage our implementation for accelerating state-of-the-art conformational sampling procedures that are based on molecular dynamics and metadynamic simulations.…”