ɐ lˈɑːɹdʒskˈeɪl bˈɛntʃmɑːɹk ʌv dˌiːˌiːˈiː kəmpˈɛɹd wɪð ɔːltˈɜːnətˌɪv mˈɛθədz ʌv pɹˈoʊtiːn stɹˈʌktʃɚ pɹɪdˈɪkʃən ænd dɪzˈaɪn fˈaɪndz ðæt dˌiːˌiːˈiː ɹᵻlˈaɪəbli kənvˈɜːdʒᵻz tə ðɪ ˈɑːptɪməl səlˈuːʃən fɔːɹ pɹˈoʊtiːn lˈɛŋθs fɔːɹ wˌɪtʃ ɪt ɹˈʌnz ɪn ɐ ɹˈiːzənəbəl ɐmˈaʊnt ʌv tˈaɪm.
A large-scale benchmark of DEE compared with alternative methods of protein structure prediction and design finds that DEE reliably converges to the optimal solution for protein lengths for which it runs in a reasonable amount of time.