backtracking algorithm
Implement this in nipype/niflows
backtracking algorithm
Implement this in nipype/niflows
MT
Magnetization transfer
Before reproducibility must come preproducibility
This article touches on many components of the repronim project.
Adolescence is associated with genomically patternedconsolidation of the hubs of the humanbrain connectome
First repropaper example
Researchers’ challenges in sharing data cross geographic borders and disciplines
Another report on challenges in data sharing.
Accurate autocorrelation modeling substantially improvesfMRI reliability
Considering the availability of code and a comparative workflow, this would be a likely candidate for the ReproPaper Initiative.
10datasetscompris-ing2,295subjectswith2,861scans
perhaps list these are public datasets. i had to look at m2g to figure out.
whicharenowpubliclyavailable
Perhaps list m2g.io over here as well.
accurate
Since there is no ground truth, how can accuracy be evaluated?
slightlyimprovedorsignificantlydeterioratedperformance
How was performance evaluated? Was there an objective method to determine this? Given the different choices of nonlinear registration methods, was ANTs and other tools evaluated.
Exploratory computing with Python
Gallery
The Properties of Human Memory and Their Importance for Information Visualization
About
When Null Hypothesis Significance Testing Is Unsuitable for Research: A Reassessment
Replication studies offer much more than technical details
Another editorial highlighting that highlights the merits of replication beyond repeat and raises questions about the culture of science and confirmation bias.
We are open for knowledge
just came across this platform. It's used in PyCharm to provide Python tutorial functionality.
Data on the Web Best Practices
A description for different qualities and targets for data sharing or publishing.
Bioinformatics is a disorganised disaster and I am too. So I made a shell.
This is a shell-wrapper to minimize the effort needed to collect command line provenance.
This post covers a lot of ground to describe practical and human requirements.
Top ten reasons to not share your code (and why you should anyway)
Linked Data: Evolving the Web into a Global Data Space
A comprehensive book on linked data.
Data Carpentry develops and teaches workshops on the fundamental data skills needed to conduct research.
Training for data skills
WINGS is a semantic workflow system
A meta level representation of workflows.
A Containerized Data Lake
A data container + workflow spec
duecredit/duecredit
A Python library to include citations in your python software packages.
CfnCluster
Amazon's own product similar to starcluster.
Brain Genomics Superstruct Project (GSP)
License: Data use agreement Access: Human, API Needs data use agreement: Yes Needs institutional signature for access: No
What is studyforrest?
Rich multimodal dataset on naturalistic stimuli
Science Isn’t Broken
A nice tool that illustrates the impact of being able to continuously run tests.
Ten Simple Rules for Effective Statistical Practice
A very nice overview of things to keep in mind when designing experiments and analyzing data with statistics
Robust effect sizes for 2 independent groups
A nice treatise on how to measure effect sizes robustly
Not Even Scientists Can Easily Explain P-values
Th e Null Ritual What You Always Wanted to Know About Signifi cance Testing but Were Afraid to Ask
Understanding null hypothesis testing and considering alternatives
Lesson template for Neurohackweek
A GitHub template for creating lesson plans. While this doesn't provide the flexibility of a computational environment within this lesson plan, it serves as a good approach to outline concepts of lessons.
replication ecosystem, such as it is, lacks visibility, value and conventions.
a key social concern
Welcome to Kaggle Datasets
Kaggle now allows publish datasets. It will be interesting to investigate what kind of datasets are allowed and how it captures metadata.
Smart & Simple Project Management
another project management solution for GitHub and it appears to be free. i may replace zenhub with this.
We Should Not Accept Scientific Results That Have Not Been Repeated
A nice article on reproducibility and need for structural change in science.
The Dat Project
A peer-to-peer data distribution service
An offline version of Khan Academy.
A lightweight deployable platform for teaching from khan academy.
A beginner's introduction to Semantic Web and Linked Data.
Openness is a core value of scientific practice.
A set of badges to tag open science.
Got 15 minutes and want to learn Git?
A tutorial from GitHub to learn git.
Training
NIH efforts towards reproducibility. This includes videos for training and discussion material as well.
ReproZip
a python framework for packaging experiments for publication
rr
record and replay application
smtp: mail.server
this doesn't matter
Easily deploy applications at any scale
A modern distributed scheduler
Reality check on reproducibility
Survey about the state of reproducibility
Course Builder
tool to create courses
Manage projects without leaving GitHub.
another trello like project management system integrated with github.
The open-source Trello-like kanban
opensource trello like platform
Sandstorm
an opensource framework for app distribution. list of apps at:
this is relevant to training
the ants registration can be made more robust by removing the Translate transform and using use initial_moving transform. i do like the transform parameters here:
https://github.com/nipy/nipype/blob/master/examples/fmri_ants_openfmri.py#L202
datasource can be combined into a single datagrabber. along the lines here: https://github.com/nipy/nipype/blob/master/examples/fmri_ants_openfmri.py#L667
our
Our
For example, slicing a set of ordered series data by rows (spectral dimension) and columns (temporal dimension) is quite simple:
This is indeed a simple example. However, could you provide a few non-trivial use cases that are made really simple?
Top: Absorbance
These figures are also missing axes labels.
The simulation codebase may be found
Include this link in the abstract/introduction.
Temporal evolution
Figures have no labeling on the axes.
relevant plasmonic
relevant to plasmonic
Despite these benefits, nanobiosensing research in general is faced with several hinderances.
Despite these benefits, several issues impede nanobiosensing research.
A Computational Framework for Plasmonic Nanobiosensing
Quality of the approach: meets Quality of the writing: meets Quality of the figures/tables: below
Is the code made publicly available and does the article sufficiently describe how to access it?
yes
Does the article present the problem in an appropriate context? Specifically, does it:
Is the content of the paper accessible to a computational scientist with no specific knowledge in the given field?
the article does provide some background that made it easier for me to follow, but i simply do not have expertise in the underlying domain.
Does the paper describe a well-formulated scientific or technical achievement?
appears to.
Are the technical and scientific decisions well-motivated and clearly explained? Are the code examples (if any) sound, clear, and well-written?
these are primarily driven by the need for a simple way to interact with the sensors.
Is the paper factual correct? Is the language and grammar of sufficient quality?
there are a few typos that i have noted, but otherwise yes.
Are the conclusions justified?
yes - from the perspective of simplicity.
Is prior work properly and fully cited?
i cannot comment on this.
Should any part of the article be shortened or expanded? Please explain. In your view, is the paper fit for publication in the conference proceedings? Please suggest specific improvements and indicate whether you think the article needs a significant rewrite (rather than a minor revision).
yes
amg_cycle
docstring - also use of exec
is not recommended. please expand parameters into keyword args.
iterative_solve
docsting
coarsen_A(
docstring
def restriction(N, shape):
Add comment describing what this function does and what the parameters do
restrictions
missing docstring here
coarse point nearest to the camera in the bottom
perhaps indicate this explicitly in the figure
OpenMG: A New Multigrid Implementation in Python
Quality of the approach: meets Quality of the writing: meets Quality of the figures/tables: meets
Is the code made publicly available and does the article sufficiently describe how to access it? yes
Does the article present the problem in an appropriate context? Specifically, does it:
Is the content of the paper accessible to a computational scientist with no specific knowledge in the given field?
the article does provide some background that made it easier for me to follow, but i do not have sufficient expertise in Galerkin discretization approaches, but the general idea of using multi resolution solvers to iteratively approximate the true solution was conveyed in the article.
Does the paper describe a well-formulated scientific or technical achievement?
yes
Are the technical and scientific decisions well-motivated and clearly explained? Are the code examples (if any) sound, clear, and well-written?
yes. the code examples can be improved with better Python standards as noted.
Is the paper factual correct? Is the language and grammar of sufficient quality? Are the conclusions justified?
yes
Is prior work properly and fully cited?
i cannot comment on this.
Should any part of the article be shortened or expanded? Please explain. In your view, is the paper fit for publication in the conference proceedings? Please suggest specific improvements and indicate whether you think the article needs a significant rewrite (rather than a minor revision).
yes
OpenMG
include URL here
overall accuracy
how is accuracy evaluated? is it simply || Au^\hat - b ||_2?
Imagine
showing a demo of hypthesis at brainhack
satra (LOG OUT) NEWS ABOUT DOWNLOAD CHANGES OF BRAIN ACTIVATION PRE- POST SHORT-TERM PSYCHODYNAMIC INPATIENT PSYCHOTHERAPY: AN FMRI STUDY OF PANIC DISORDER PATIENTS. Beutel ME, Stark R, Pan H, Silbersweig D, Dietrich S (2010) Psychiatry Res 184(2):96-104 [PubMed] [Neurosynth] [Full Text] Cognitive-behavioural interventions have been shown to change brain functioning. We used an emotional linguistic go/nogo functional magnetic resonance imaging (fMRI) design to determine changes of brain activation patterns of panic disorder (PD) patients following short-term psychodynamic inpatient treatment. Nine PD patients underwent fMRI before and after treatment; 18 healthy controls were scanned twice at the same interval (4 weeks). In the go/nogo design, responses to panic-specific negative words were compared with linguistically matched positive and neutral words. According to hypotheses, patients rated affective words more strongly than controls and selectively recalled negative vs. positive/neutral words. Before treatment, high limbic (hippocampus and amygdala) activation was accompanied by low prefrontal activation to negative words. Inhibition-related activation patterns indicated difficulties of behavioural regulation in emotional context. At treatment termination, panic-related symptoms had improved significantly, and fronto-limbic activation patterns were normalized. Our results indicate that short-term psychodynamic treatment leads to changes in fronto-limbic circuitry not dissimilar to previous findings on cognitive-behavioural treatments. Metadata MeSH descriptors BrainBrain MappingEmotionsFemaleHumansImage Processing, Computer-AssistedInhibition (Psychology)InpatientsMagnetic Resonance ImagingMaleNeuropsychological TestsPanic DisorderPsychotherapy, BriefTreatment Outcome Stereotaxic space MNI Talairach Number of subjects Experiments Title:(Empty) Caption:(Empty) X Y Z -23 -17 -9 -23 -17 -9 -23 -17 -9 -23 -11 -9 -23 -11 -9 -23 -11 -9 -60 -54 2 -60 -54 2 -60 -54 2 46 14 17 46 14 17 46 14 17 -20 -11 -9 -20 -11 -9 -20 -11 -9 -20 -14 -11 -20 -14 -11 -20 -14 -11 26 -19 -6 26 -19 -6 26 -19 -6 -14 -15 23 -14 -15 23 -14 -15 23 -43 1 24 -43 1 24 -43 1 24 -43 0 26 -43 0 26 -43 0 26 -41 41 -6 -41 41 -6 -41 41 -6 +Cognitive Atlas Tasks +Cognitive Atlas Cognitive Domains +BrainMap Behavioural Domains Table is correct No Discussion roberto (12/31/2013 8:09:11 AM) Locations in the 1st experiment are each repeated 3 times Post your comment brainspell by Roberto Toro is licensed under a Creative Commons Attribution-ShareAlike 3.0 Unported License.
these rows are replicated