The June edition of SRNS Today is here! See how #SRNS is making the world safer. https://loom.ly/MnLHJUk
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The December edition of SRNS Today is here! See how #SRNS is making the world safer. https://loom.ly/SElWy6A
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The July edition of SRNS Today is here! See how #SRNS is making the world safer. https://loom.ly/nEbC78M
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The April edition of SRNS Today is here! See how #SRNS is making the world safer.https://loom.ly/aho1X0w
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The September edition of SRNS Today is here! See how #SRNS is making the world safer. https://loom.ly/F2OFdz8
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The January edition of SRNS Today is here! See how #SRNS is making the world safer. https://loom.ly/q2TsI_k
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The March edition of SRNS Today is here! See how #SRNS is making the world safer. https://loom.ly/IZ7g6J0
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The February edition of SRNS Today is here! See how #SRNS is making the world safer. https://loom.ly/TeuWa_s
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Attending IWCE this week and searching for insights to future-proof public safety? Look no further! Join us today at 10:45am ET for an unmissable session: "Future-proofing Public Safety: AI Innovations in Emergency Response" presented by Carbyne CTO Alex Dizengof. Hope to see you there! #IWCE #PublicSafety #AIInnovation #EmergencyResponse
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Join us Friday as we talk about Health Data Exchange and rules, regulations and standards leading us to the future of interoperability to include the challenges from the perspective of the participants (Vendor, Government, Patient, Provider) #interoperability #HIMSS #TEFCA #CADxF
Technology and Operations Growth Leader: Advancing Multi-Domain Enterprises by Solving Complex Business Problems with Innovative Tech
#interoperability of #healthcaredata was center stage at #himss24 , along with #healthcareai . HIMSS Northern California Chapter will be continuing exploring the subject during the #webinar this coming March 22d. with experts: Steven Lane, MD, MPH, DeeAnne McCallin, Deven McGraw, Michael Marchant. You can still register to listen and ask questions or receive notifications when a recording is posted on #youtube Thanks to the Chapter team that is supporting: Viveka Rydell-Anderson JD, MSc, Estelle Tournas, Christina Morato, Dipty Desai, Ph.D., Emily Ly, MHA, Larry Ozeran, MD, FAMIA, Sofia Chancey, Vrushali M. https://lnkd.in/da-4kyG9
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Java Developer || C/C++ || Core Java || Adv Java || Core DSA || JDBC || Hibernate || Spring-Core || Spring MVC || Rest API || JSP || Servelet || MYSQL || Javascript || HTML || CSS || 1st GFG University Rank
Given two sorted arrays of distinct integers arr1 and arr2. Each array may have some elements in common with the other array. Find the maximum sum of a path from the beginning of any array to the end of any array. You can switch from one array to another array only at the common elements. Note: When we switch from one array to other, we need to consider the common element only once in the result. Examples : Input: arr1 = [2, 3, 7, 10, 12] , arr2 = [1, 5, 7, 8] Output: 35 Explanation: The path will be 1+5+7+10+12 = 35, where 1 and 5 come from arr2 and then 7 is common so we switch to arr1 and add 10 and 12. Input: arr1 = [1, 2, 3] , arr2[] = [3, 4, 5] Output: 15 Explanation: The path will be 1+2+3+4+5=15. Expected Time Complexity: O(m + n) Expected Auxiliary Space: O(1) Constraints: 1 <= arr1.size(), arr2.size() <= 104 1 <= arr1[i], arr2[i] <= 105 #geekstreak2024 #dsa #gfg #problemsolving
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