Presents the comparison of various density based algorithms. by Shahneela Pitafi (20454775)

Present an algorithm to prove P = NP by Sang-un Lee (22242055)

“…NP problem, a long-standing challenge in computer science, we present a novel deterministic algorithm that solves the Hamiltonian path problem, a representative NP-complete problem, in polynomial time. …”

Present an algorithm to prove P = NP by Sang-un Lee (22242910)

“…NP problem, a long-standing challenge in computer science, we present a novel deterministic algorithm that solves the Hamiltonian path problem, a representative NP-complete problem, in polynomial time. …”

Present an algorithm to prove P = NP by Sang-un Lee (22242148)

“…NP problem, a long-standing challenge in computer science, we present a novel deterministic algorithm that solves the Hamiltonian path problem, a representative NP-complete problem, in polynomial time. …”

Spatial spectrum estimation for three algorithms. by Chuanxi Xing (20141665)

“…<div><p>This letter presents a novel approach to sparse Bayesian underwater acoustic signal direction estimation. …”

Presentation 1_A high-precision and fast algorithm for three-dimensional magnetic anomalies on undulating terrain.pdf by Lei Jing (821154)

Diagnoses which were not selected by either algorithm across the three cohorts. by Mohammad A. Al-Mamun (6086642)

Subjects:

R file for the elementary computations presented in Section 3. by Jürgen Kampf (21354027)

The SM3 cryptographic hash algorithm. by He-Jun Lu (11278574)

“…This paper presents a hybrid encryption security framework that combines the SM2, SM3, and SM4 algorithms to address emerging threats in IMS. …”

Typical results of using the WSINDy algorithm for example problem L.3 in Table 2 with the library presented in Table 3, , and 50 points in time. by Rainey Lyons (22806496)

R file for the simulation of the linear regression presented in Section 4.3. by Jürgen Kampf (21354027)

R file for the (co)variances of the real data presented in Section 3. by Jürgen Kampf (21354027)

R file for the logistic regression of the real data presented in Section 3. by Jürgen Kampf (21354027)

R file for the mean values of the real data presented in Section 3. by Jürgen Kampf (21354027)

R file for the Cox regression of the real data presented in Section 3. by Jürgen Kampf (21354027)

R file for the simulation of the linear regression presented in Section 4.3. by Jürgen Kampf (21354027)

Unique phenotypes which were not matched by either algorithm. by Mohammad A. Al-Mamun (6086642)

Subjects:

Regression analysis of the top nodes identified by both algorithms. by Mohammad A. Al-Mamun (6086642)

Subjects:

Comparison of the temperature obtained with ANSYS Fluent and the Monte Algorithm for the stack of 4 Kelvin cells presented in Fig 5. by Loris Ibarrart (15195203)

Median object size of the imputation object in MB (the Q1 - Q3 range is presented in the shiny app). by Elena Albu (15181070)