Biochronicity-pubs.json

[
    {
        "DARPA Program": "Biochronicity", 
        "Program Teams": [
            "University of Chicago", 
            "Northwestern University"
        ], 
        "Title": "Improved Statistical Methods Enable Greater Sensitivity in Rhythm Detection for Genome-Wide Data", 
        "Authors": [
            "Alan L. Hutchison", 
            "Mark Maienschein-Cline", 
            "Andrew H. Chiang", 
            "S. M. Ali Tabei", 
            "Herman Gudjonson", 
            "Neil Bahroos", 
            "Ravi Allada", 
            "Aaron R. Dinner"
        ], 
        "Link": "http://www.ploscompbiol.org/article/fetchObject.action?uri=info:doi/10.1371/journal.pcbi.1004094&representation=PDF", 
        "Categories": [
            "Probability and Statistics"
        ], 
        "Subcategories": [
            ""
        ], 
        "ACM 1998 classification code": [
            "J.2", 
            "J.3"
        ], 
        "New Date": "20150406", 
        "Update Date": ""
    },
    {
        "DARPA Program": "Biochronicity", 
        "Program Teams": [
            "NorthWestern subcontractor from University of Michigan"
        ], 
        "Title": "Functional Organization of the Human 4D Nucleome", 
        "Authors": [
            "Haiming Chen", 
            "Jie Chen", 
            "Lindsey A. Muir", 
            "Scott Ronquist", 
            "Walter Meixner", 
            "Mats Ljungman", 
            "Thomas Ried", 
            "Stephen Smale", 
            "Indika Rajapakse"
        ], 
        "Link": "http://www.pnas.org/content/112/26/8002.full", 
        "Categories": [
            "Software Architectures", 
            "Methodology and Techniques"
        ], 
        "Subcategories": [
            "Data abstraction", 
            "Graphics data structures and data types", 
            "Ergonomics"
        ], 
        "ACM 1998 classification code": [
            "D.2.11", 
            "I.3.6"
        ], 
        "New Date": "20151001", 
        "Update Date": ""
    },
	{
        "DARPA Program": "Biochronicity", 
        "Program Teams": [
            "Duke University"
        ], 
        "Title": "On the Efficacy of State Space Reconstruction Methods in Determining Causality", 
        "Authors": [
            "Bree Cummins", 
            "Tomas Gedeon", 
            "Kelly Spendlove"
        ], 
        "Link": "http://epubs.siam.org/doi/abs/10.1137/130946344", 
        "Categories": [
            "Learning"
        ], 
        "Subcategories": [
            "Time series analysis"
        ], 
        "ACM 1998 classification code": [
            ""
        ], 
        "New Date": "20150429", 
        "Update Date": ""
    }, 
    {
        "DARPA Program": "Biochronicity", 
        "Program Teams": [
            "Duke University"
        ], 
        "Title": "Predicting High-Codimension Critical Transitions in Dynamical Systems Using Active Learning", 
        "Authors": [
            "Kelly Spendlove", 
            "Jesse Berwald", 
            "Tomas Gedeon"
        ], 
        "Link": "http://www.math.montana.edu/~gedeon/clanky/ativelearningCriticalTran.pdf", 
        "Categories": [
            "Learning"
        ], 
        "Subcategories": [
            "Prediction of crictical transitions"
        ], 
        "ACM 1998 classification code": [
            ""
        ], 
        "New Date": "20150429", 
        "Update Date": ""
    }
]