A system for stimulating a vagus nerve having multiple branches, the system comprising: a first electrode configured to be placed on a first branch of the vagus nerve to allow for delivery of electrical stimulation pulses to the first branch; a second electrode configured to be placed on a second branch of the vagus nerve to allow for delivery of electrical stimulation pulses to the second branch; a neural sensing circuit configured to sense a stimulation-evoked electroneurographic signal representative of a response of the vagus nerve to the electrical stimulation pulses; an ENG-sensing electrode being a tripolar nerve cuff electrode coupled to the neural sensing circuit for sensing the stimulation-evoked ENG signal; an ENG parameter producer configured to produce an amplitude of the ENG signal; a myoelectric sensing circuit configured to sense a stimulation-evoked electromyographic signal representative of a response of a muscle to the electrical stimulation pulses, the muscle innervated by a second branch of the vagus nerve; an EMG-sensing electrode including a pair of wires coupled to the myoelectric sensing circuit for sensing the stimulation-evoked EMG signal; an EMG parameter producer configured to produce an amplitude of the EMG signal; and a first neurostimulator (220, 520A) and a second neurostimulator (220, 520B), each including: a stimulation circuit configured to deliver the electrical stimulation pulses to the branch of the vagus nerve through the electrode; and a stimulation control circuit configured to control the delivery of the electrical stimulation pulses using a plurality of stimulation parameters, the stimulation control circuit including a parameter adjuster configured to allow for adjustment of one or more stimulation parameters of the plurality of stimulation parameters using the ENG signal and the EMG signal, wherein the stimulation circuit of the first neurostimulator (220, 520A) is configured to deliver the electrical stimulation pulses to the first branch of the vagus nerve and the stimulation circuit of the second neurostimulator (220, 520B) is configured to deliver the electrical stimulation pulses to the second branch of the vagus nerve. a first electrode configured to be placed on a first branch of the vagus nerve to allow for delivery of electrical stimulation pulses to the first branch; a second electrode configured to be placed on a second branch of the vagus nerve to allow for delivery of electrical stimulation pulses to the second branch; a neural sensing circuit configured to sense a stimulation-evoked electroneurographic signal representative of a response of the vagus nerve to the electrical stimulation pulses; an ENG-sensing electrode being a tripolar nerve cuff electrode coupled to the neural sensing circuit for sensing the stimulation-evoked ENG signal; an ENG parameter producer configured to produce an amplitude of the ENG signal; a myoelectric sensing circuit configured to sense a stimulation-evoked electromyographic signal representative of a response of a muscle to the electrical stimulation pulses, the muscle innervated by a second branch of the vagus nerve; an EMG-sensing electrode including a pair of wires coupled to the myoelectric sensing circuit for sensing the stimulation-evoked EMG signal; an EMG parameter producer configured to produce an amplitude of the EMG signal; and a first neurostimulator (220, 520A) and a second neurostimulator (220, 520B), each including: a stimulation circuit configured to deliver the electrical stimulation pulses to the branch of the vagus nerve through the electrode; and a stimulation control circuit configured to control the delivery of the electrical stimulation pulses using a plurality of stimulation parameters, the stimulation control circuit including a parameter adjuster configured to allow for adjustment of one or more stimulation parameters of the plurality of stimulation parameters using the ENG signal and the EMG signal, wherein the stimulation circuit of the first neurostimulator (220, 520A) is configured to deliver the electrical stimulation pulses to the first branch of the vagus nerve and the stimulation circuit of the second neurostimulator (220, 520B) is configured to deliver the electrical stimulation pulses to the second branch of the vagus nerve. a stimulation circuit configured to deliver the electrical stimulation pulses to the branch of the vagus nerve through the electrode; and a stimulation control circuit configured to control the delivery of the electrical stimulation pulses using a plurality of stimulation parameters, the stimulation control circuit including a parameter adjuster configured to allow for adjustment of one or more stimulation parameters of the plurality of stimulation parameters using the ENG signal and the EMG signal,