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  1. Mar 6, 2011 · The true reasons for why we need ByteBuffer are two fold: 1) Direct memory access. This means when used in direct mode, ByteBuffer can bypass the JVM garbage collection, and the memory used by ByteBuffer is completely outside the JVM memory pool. 2) Interfacing, as byte [] is primitive and cannot be used in OO way.

  2. Aug 10, 2024 · byte[] bytes = new byte[10];ByteBuffer buffer = ByteBuffer.wrap(bytes); The above code is equivalent to: ByteBuffer buffer = ByteBuffer.wrap(bytes, 0, bytes.length); Any changes made to the data elements in the existing bytearray will be reflected in the buffer instance and vice versa. 2.3.

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  3. May 9, 2024 · Total Steps = (Steps per Epoch × Number of Epochs) = 10 × 50 = 500 So, if you were to train this model for 50 epochs with a batch size of 100, the model would undergo 500 steps in total.

  4. The ByteBuffer class is important because it forms a basis for the use of channels in Java. ByteBuffer class defines six categories of operations upon byte buffers, as stated in the Java 7 documentation: Methods for compacting, duplicating, and slicing a byte buffer. Example code : Putting Bytes into a buffer.

  5. May 18, 2024 · How to Create a ByteBuffer. First, you must create a ByteBuffer with a given size (“capacity”). There are two methods for this: ByteBuffer.allocate (int capacity) ByteBuffer.allocateDirect (int capacity) The capacity parameter specifies the size of the buffer in bytes. The allocate () method creates the buffer in the Java heap memory, where ...

  6. Methods for compacting, duplicating, and slicing a byte buffer. Byte buffers can be created either by allocation, which allocates space for the buffer's content, or by wrapping an existing byte array into a buffer. Direct vs. non-direct buffers . A byte buffer is either direct or non-direct. Given a direct byte buffer, the Java virtual machine ...

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  8. Jun 4, 2018 · One billion bits per second equates to roughly 125 megabytes per second. Therefore, a 24 megabyte buffer can hold 0.19 seconds of gigabit traffic. For fun, the same buffer would hold only –.019 seconds of traffic at 10 megabits. Can you explain how the author derived at his conclusion: 24 megabyte buffer can hold 0.19 seconds of gigabit traffic.

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