System for protecting CPU core by identifying data and instructions von Reese, Dale Weston, Weiler, Andrew James, Hirata, Jay Takeji, Chrisman, Nathan Charles, Garrett, V, Claude Harmon, Waltz, Matthew Ryan

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Secure data and instruction loading von Reese, Dale Weston, Weiler, Andrew James, Hirata, Jay Takeji, Chrisman, Nathan Charles, Garrett, V, Claude Harmon, Waltz, Matthew Ryan

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Computing data and instructions at immutable points von Reese, Dale Weston, Weiler, Andrew James, Hirata, Jay Takeji, Chrisman, Nathan Charles, Garrett, V, Claude Harmon, Waltz, Matthew Ryan

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COMPUTING DATA AND INSTRUCTIONS AT IMMUTABLE POINTS von Reese, Dale Weston, Weiler, Andrew James, Hirata, Jay Takeji, Chrisman, Nathan Charles, Garrett, V, Claude Harmon, Waltz, Matthew Ryan

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COMPUTING DATA AND INSTRUCTIONS AT IMMUTABLE POINTS von Reese, Dale Weston, Weiler, Andrew James, Hirata, Jay Takeji, Chrisman, Nathan Charles, Garrett, V, Claude Harmon, Waltz, Matthew Ryan

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SYSTEM FOR PROTECTING CPU CORE BY IDENTIFYING DATA AND INSTRUCTIONS von Reese, Dale Weston, Weiler, Andrew James, Hirata, Jay Takeji, Chrisman, Nathan Charles, Garrett, V, Claude Harmon, Waltz, Matthew Ryan

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Fine-grained stack protection using cryptographic computing von Durham, David M, LeMay, Michael D, Sultana, Salmin, Weiler, Andrew James, Grewal, Karanvir S

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System for protecting CPU core by identifying data and instructions von Reese, Dale Weston, Weiler, Andrew James, Hirata, Jay Takeji, Chrisman, Nathan Charles, Garrett, V, Claude Harmon, Waltz, Matthew Ryan

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Encoded stack pointers von Durham, David M, LeMay, Michael D, Sultana, Salmin, Weiler, Andrew James, Kounavis, Michael E, Grewal, Karanvir S, Deutsch, Sergej

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FINE-GRAINED STACK PROTECTION USING CRYPTOGRAPHIC COMPUTING von WEILER, Andrew James, SULTANA, Salim, LEMAY, Michael D, GREWAL, Karanvir S, DURHAM, David M

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CRYPTOGRAPHIC COMPUTING IN MULTITENANT ENVIRONMENTS von WEILER, Andrew James, KOUNAVIS, Michael E, SULTANA, Salmin, BASAK, Abhishek, LEMAY, Michael D, GREWAL, Karanvir S, DEUTSCH, Sergej, BAUM, Dan, DURHAM, David M, GHOSH, Santosh

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FINE-GRAINED STACK PROTECTION USING CRYPTOGRAPHIC COMPUTING von Durham, David M, LeMay, Michael D, Sultana, Salmin, Weiler, Andrew James, Grewal, Karanvir S

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CRYPTOGRAPHIC COMPUTING IN MULTITENANT ENVIRONMENTS von Durham, David M, Basak, Abhishek, Ghosh, Santosh, LeMay, Michael D, Baum, Dan, Sultana, Salmin, Weiler, Andrew James, Kounavis, Michael E, Grewal, Karanvir S, Deutsch, Sergej

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CRYPTOGRAPHIC COMPUTING IN MULTITENANT ENVIRONMENTS von WEILER, Andrew James, KOUNAVIS, Michael E, SULTANA, Salmin, BASAK, Abhishek, LEMAY, Michael D, GREWAL, Karanvir S, DEUTSCH, Sergej, BAUM, Dan, DURHAM, David M, GHOSH, Santosh

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ENCODED STACK POINTERS von Durham, David M, LeMay, Michael D, Sultana, Salmin, Weiler, Andrew James, Kounavis, Michael E, Grewal, Karanvir S, Deutsch, Sergej

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CRYPTOGRAPHIC COMPUTING IN MULTITENANT ENVIRONMENTS von WEILER, Andrew James, KOUNAVIS, Michael E, SULTANA, Salmin, BASAK, Abhishek, LEMAY, Michael D, GREWAL, Karanvir S, DEUTSCH, Sergej, BAUM, Dan, DURHAM, David M, GHOSH, Santosh

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Role of Nfu1 and Bol3 in iron-sulfur cluster transfer to mitochondrial clients von Melber, Andrew, Na, Un, Vashisht, Ajay, Weiler, Benjamin D, Lill, Roland, Wohlschlegel, James A, Winge, Dennis R

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Multimodal imaging reveals a unique autofluorescence signature of Randall’s plaque von Winfree, Seth, Weiler, Courtney, Bledsoe, Sharon B., Gardner, Tony, Sommer, André J., Evan, Andrew P., Lingeman, James E., Krambeck, Amy E., Worcester, Elaine M., El-Achkar, Tarek M., Williams, James C.

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Coordinating long-latency stretch responses across the shoulder, elbow, and wrist during goal-directed reaching von Weiler, Jeffrey, Saravanamuttu, James, Gribble, Paul L, Pruszynski, J Andrew

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A diet with 35 % of energy from protein leads to kidney damage in female Sprague–Dawley rats von Wakefield, Andrew P., House, James D., Ogborn, Malcolm R., Weiler, Hope A., Aukema, Harold M.

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